ML20086T256
| ML20086T256 | |
| Person / Time | |
|---|---|
| Site: | Robinson  |
| Issue date: | 03/08/1991 |
| From: | Bhavin Patel CAROLINA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML20086T214 | List: |
| References | |
| FOIA-95-7 10.0, 10.0-R01, 10.0-R1, NUDOCS 9508020290 | |
| Download: ML20086T256 (101) | |
Text
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ENVIRONMENTAL OUALIFICATION DOCUMENTATION PACKAGE COVER SHEET l
i H.B.. ROBINSON NUCLEAR POWER PLANT EQDP NO.
10.0
, REVISION 1
-l t
t l
I TITLE:
CONTINENTAL SHIELDED INSTRUMENT CABLE
[
EQUIPMENT TYPE: INSTRUMENT CABLE i
[
MANUFACTURER:
CONTINENTAL WIRE AND CABLE MODEL NO.:
CC-2115 j
NAME/ SIGNATURE PREPARED BY:
IMGH ATt L DATE:
3"4 - i1 REVIEWED BY:
hT4 A VAv4N)
--i DATE: 3-S~I/
t/
APPROVED BY:
U~oEL LEUU
(\\ e. O t Me,,
DATE: 3" 8-9 I i
h O
I DESCRIPTION OF REVISION:
1 Updated Section 2, removed test reports from Section 7 to the EQ Reference File, and repaginated entire document, f
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9500020290 950200 PDR FOIA SUPIK95-7 PDR
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i Effective Paces Revision I
Cover Sheet 1
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Pages 1-92 1-I I
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2844D EQDP 10.0 k
i Rev. 1 i
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Table of Contents f
n, s Section' Title-Pace Number l'
References 1
2 Equipment List 2-6 3
Qualification Analysis 7-26 3.1 Qualification summary 3.2 Qualification Requirements 3.3. Qualification Documentation Assessment s
3.4 Qualification Tustification Analysis 4
Aging Data Base Matrix 27 5
NRC IE Bulletins / Notices / Circulars 28-33 6
Maintenance Required to Maintain Environmental Qualification 34 7
Qualification Test Reports
.35 8
General Information 36-92 O
O EQDP 10.0 k
2844D Rev. 1
~
'~~
l
[
Section'l L
1.0 REFERENCES
1.1 Telecopy, Regis Lageman (Continental Wire and Cable) to Mike Franklin (Impell) dated February 24, 1989.
(See Section 8.1).
1.2
" Final Report on Zone Map Study for Carolina Power & Light Company's H.B.
Robinson Unit 2 Electric Generating Plant," Patel Report No. PEI-TR-831006-1, Rev. B (EQ Ref.
File 73).
1.3
" Qualification Test Program on Cable and Splice Assemblies for Patel Engineers," Wyle Report No. 48881-02, Rev. A (EQ Ref. File 131B).
1.4 Engineering Evaluation ENG 88-132.
1.5
" Test of Electrical Cables Under Simulated Post-Accident Reactor Containment Service," FIRL Report F-C2935, dated l
October 1970 (EQ Ref. File 46).
1.6
" Test of Electrical Cables Under Simulated Post-Accident Reactor Containment Service," Addendum to FIRL Report F-i C2935, dated November 1970 (EQ Ref. File 46).
I 1.7
- Letter, R.
A.
Karam (Georgia Tech) to G.
Elam (PEI) w/ Enclosures dated September 3, 1987 (EQ Ref. File 131A, App. II)'.
A 1.8 Arrhenius Plot for Anaconda Ericsson's
'GP' Silicone Rubber Wire Insulation Compound CC-2115, Dr.
R.H.
- Ling, Anaconda-Ericsson, p.
1, Library Code 273-83.
1.9 Record of Conversation, T.
S. Baht (Continental Wire and Cable) to M. Franklin (Impell) dated 2/27/89. (See Section s
8.5) 1.10 "NRC IE Bulletin 79-01B (90-Day Report)," CP&L, Rev.
3, j
2/1/81 (EQ Ref. File 59).
8 1.11 DOR Guidelines (Enclosure 4 to IEN 79-01B).
1.12 NUREG/CR-3691, "An Assessment of Terminal Blocks in the Nuclear Power Industry," September 1984.
1.13 ROSECALC, "In-CV Rosemount Transmitter Loop Accuracy," Rev.
0 (Calc. No.89-007).
g 1.14 "RPS Instruction Manual for Control and Protection Instrumentation," Revision 0 (Tech. Manual 728-589-13).
1.15
" Containment Equipment Beta Evaluation, H.
B.
- Robinson, i
Unit 2," Patel letter No. PEI-TL-89-26 (EQ Ref. File 160).
2844D EQDP 10.0 Rev. 1 Page 1 of 92 l
Section 2 Eauipment List
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i 2844D EQDP 10.0 Rev. 1 Page 2 of 92 l
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$ECTION 2 E006' 10.0 Cabie List Cable Oestination Destination Cable Purchase It '
Number From -
To Type Cable Modet Order Calculation Locat sub 5
i
- IV 17218 i
C2597D EV 1721B N2 VENT PNL A 2/C16 CC 2115 NY434146 E00P 10.0 AUK l
I l
" EV 1727 C2599G EV 1727 LOCAL CNTRL PNL 2/C16 CC 2115 NY434146 E00P 10.0 AUK s
EV 1728 C2599N EV 1728 EV 1727 2/C16 CC 2115 NT434146 EODP 10.0 AUK i
" FT 414 C2463G.A FT*414
$PLlCE 2/C16S CC 2115 NY434146 CALC 89 007 CON f
- FT 415 C2463N.A FT 415
$PLICE 2/C165 CC 2115 NY434146 CALC 89 007 CON I
" FT 416 C2463J.A FT 416 SPLICE 2/C165 CC 2115 NY434146 CALC 89 007 CON f
" FT 424 C2464G.A FT 424 SPLICE 2/C168 CC 2115 NY434146 CALC 89-007 CON
" FT 425 C2464N.A FT 425 SPLICE 2/C165 CC 2115 NY434146 CALC 89-007 CON l
i
" FT.426 i
C2464J.A FT 426
$PLICE 2/C16S CC 2115 NT434M6 CALC 89 007 CON
" FT 434 C2465G.A FT 434
$PLICE 2/C16s CC 2115 NY434146 CALC 89 007 CON-I
" FT.435 t
C2465N.A FT 435
$PLICE 2/C16s CC 2115 NY434146 CALC 89 007 CON t
FT 436 f
C2465J.A 77 436
$PLICE 2/C165 CC 2115 NT434146 CALC 89 007 CON
- FT 474 C2424G.A $PLICE)
$PLICE2 2/C16$
CC 2115 NY434146 CALC 89-007 CON F l
l
- FT 475 i
i -
C2424N.A SPLICE 1 SPLICE 2 2/C16S CC 2115 NY434146 CALC 89 007 CON F
" FT 484 C2425G.A SPLICE 1 SPLICE 2 2/C16S CC 2115 NY434146 CALC 39 007 CON F
[.
I i
I 2844D EQDP 10.0 Rev. 1 Page 3 of 92 l
i SECTION 2 i
E00P 10.0 cable List Cable Destination Destination Cable Purchase lit Ner From to Type Cable Mode!
Order Calculation Locat Sub i
- FT.485 C2425K.A SPLICE 1
$PLICE2 2/C16$
CC.2115 NY434146 CALC 89-007 CON. F l 1
" FT 494 C2426G.A $PLICE1 SPLICE 2 2/C16$
CC 2115 NY434146 CALC 89 007 CON F l
" FT 495 I
C2426C.A $PLICE1
$PLICE2 2/C16s CC 2115 NY434146 CALC 89-007 CON F l
" LT 459 l
C2458F SPLICE 1
$PLICE2 2/C165 CC 2115 NY434146 CALC 89 007 CON l
" LT 460 I
i C2460E
$PLICE1
$PLICE2 2/C165 CC 2115 NY434146 CALC 89-007 CON s
" LT 461 C2460F
$PLICE1 SPLICE 2 2/C165 CC 2115 NY434146 CALC 89 007 CON F l
- LT 474 C2415F SPLICE 1
$PLICE2 2/C16s CC 2115 NY434146-CALC 89-007 CON
- F l
" LT 475 C2418E
$PLICE1
$PLICE2 2/C16$
CC 2115 NY434146 CALC 89-007 CON F l f
" LT 476 C2418F
$PLICE1 SPLICE 2 2/C165 CC-2115 NY434146 CALC 89 007 CON F l i
" LT 477 C2415G SPLICE 1
$PLICE2 2/C165 CC 2115 NY434146 CALC 89-007 CON F I C2415G SPLICE 3 SPLICE 4 2/C16$
CC 2115 NY434146 CALC 89-007 CON l
" LT 484 C2416E
$PLICE1 SPLICE 2 2/C165 CC 2115 NY434146 CALC 89 007 CON F l
- LT.485 C2419E SPLICE 1
$PLICE2 2/C16S CC 2115 NY434146 CALC 89-007 CON F -]
l
" LT 486 C2419F SPLICE 1
$PLICE2 2/C165 CC*2115 NY434146 CALC 89 007 CON F l
- LT 487 C2416F SPLICE 1
$PLICE2 2/C165 CC 2115 NT434146 CALC 89 007 CON F LT 494 C2417E SPLICE 1 SPLICE 2 2/C165 CC 2115 NY434146 CALC 89-007 CON F l
)
2844D EQDP 10.0 Rev. 1 Page 4 of 92 l
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SECTION 2 1
EQDP 10.0 Cable List i
Cable Destination Destination Cable Purchase la Nueer From To Type Cable Model order Calculation Locat sub LT 495 C2420E SPLICE 1 SPLICE 2 2/C16$
CC 2115 NY434146 CALC 89 007 CON F LT 496 C24207
' SPLICE 1
$PLICE2 2/C165 CC 2115 NY434146 CALC 89 007 CON f
\\
" LT 497 C2417F SPLICE 1
$PLICE2 2/C16S CC 2115 NY434146 CALC 89 007 CON FI
" LT 920 C2491P
$PLICE1
$PLICE2 2/C16$
CC 2115 NY434146 CALC 89 007 CON
" LT 922 C24910 SPLICE 1 SPLICEZ 2/C16s CC 2115 NY434146 CALC 89 007 CON
" LT 926 t
C24920 SPLICE C10/15 2/C16s CC 2115 NY434146 CALC 89 007 CON
" LT 928 C2493P SPL1CE3 SPLICE 4 2/C168 CC 2115 NY434146 CALC 89 007 CON
- LT 930 C24930 SPLICE B
$PLICE C 2/C165 CC 2115 NY434146 CALC 89-007 CON
" PS 1727 C2599D PS 1727 LOC CNTRL PNL
" PT 402 C2462P SPLICE 1 SPLICE 2 2/C165 CC 2115 NY434146 CALC 89-007 CON F
- PT 644 C24558 SPL1CE)
SPLICE 2 2/C16s CC 2115 NY434146 CALC 89 007' CON
- PT 445 i
C2455N
$PLICE1 SPLICE 2 2/C165 CC 2115 NY434146 CALC 89 007 CON
" PT 456 C2456st SPLICE 1 SPLICE 2 2/C16s CC 2115 NY434146 CALC 89 007 CON 2844D EQDP 10.0 DMF. 1 P CS C. C e[ 82
4 4
SECTION 2 E00P 10.0 Cable List Cable Destination Destination Cable Purchase IR Nu6er From To Type Cable Model order Calculation Locat $4
".PT 457 l
C2457E SPLICE 1 SPLICE 2 2/C16s CC 2115' NY434146 CALC 89-007 CON i
" PT 921 i
C2491R SPLICE 1
$PLICE2 2/C16$
CC*2115 NY434146 CALC 89 007 CON i
- PT 923 C2491$
$PLlCE1
$PLICE2 2/C16s CC 2115 NY434146 CALC 89 007 CON PT 925 C2492R SPLICE 1
$PLlCE2 2/C16S CC-2115 NY434146 CALC 89 007 CON
" P1 927 i
C24925 SPLICE 1 SPLICE 2 2/C165 CC 2115 NY434146 CALC 89-007 CON -
" PT 929 C2493R
$PLICE1 SPLICE 2 2/C165-CC 2115 NY434146 CALC 89 007 CON
" PT 931 C24935
$PLICE C10/15 2/C16s CC 2115 NY434146 CALC 89 007 CON
" TE 420 i
C24625
$PLlCE1 SPLICE 2 4/C165 CC-2115 NY434146 CALC 89-015 CON 2
9
" TE 423 C2468N SPLICE 1 SPLICE 2 4/C16$
CC 2115 NY434146 CALC 89 015 CON l
1
" TE 430 l
C24621 SPLICE 1 SPL1CE2 4/C165 CC 2115 NY434146 CALC 89 015 CON TE 433 C2468J SPLICE 1
$PLICE2 4/C165 CC 2115 NY434146 CALC 89 015 CON l
1 2844D EQDP 10.0 Rev. 1 P49e 6 of.92 I
j j
Eauiement Oualification Analysis x..
3.0 Eaulement Oualification Analysis R
3.1~
Oualification Summarv 3.1.1 Discussion Based on a
comparison of the qualification test documentation to the normal and accident service conditions postulated for the containment, the continental Type CC-2115 Instrument cables possess a 40 year qualified life t
at HBR-2.
The cables will perform their safety function during and subsequent to a.
DBE' (which may include submergence) at the end of their qualified life.
The qualification meets the requirements of Enclosure 4 of IEB 79-01B (DOR Guidelines).
3.2
_Oualification Recuirements 3.2.1 Normal Service Conditions Reference Temperature:
120 F for 84% of life See Section 3.4.2 115 F for 16% of life See Section 3.4.2 Radiation:
1.1x10' rads gamma (air Ref. 1.2 equivalent 40 years)
Cycling:
N/A cycles per year N/A Voltage:
120 VAC Ref. 1.13 125 VDC Ref. 1.13 Current:
less than 1 A Ref. 1.13 3.2.2 Desian Basis Events Reference Source:
MSLB X
worst case Operating Time: 30 days Ref. 1.10 2.0x10[ rads gamma Radiation:
1.5x10 Ref. 1.2 rads beta See Section 3.4.8 Peak Temp.:
265 F Ref. 1.2; Fig. 1 Peak Pressure:
42 psig Ref. 1.2; Fig. 2
[
Relative Humidity:
100% maximum Ref. 1.2
<100% after 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> Ref. 1.2 Submergence:
Yes X
No Ref. 1.4 i
Chemical Spray:
Yes X
No FSAR Section 6.1.1.2 2844D EQDP 10.0 Rev. 1 Page 7 of 92
.i UJ 3.2.3-Functional Recuirements (Desian Basis Events)
The ' subject equipment ~ must remain functional during and I
after.a Design Basis Event.
i Reference
]
Mode:
-Active-l Passive X
See Section 3.4.5
[
t I
Accuracy:
N/A N/A l
Response Time:
N/A' N/A r
Insulation Resistance:
See Section 3.4.5 Circuit Continuity:
Yes Ref.
1.5, pp. 2 & 7 i
Repeatability:
N/A N/A Other (specify):
N/A N/A i
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~2844D EQDP 10.0 Rev. 1 Page 8 of 92 l
l
HBR-2
'Accidsnt Environm2ntcl Profiles f'
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i 2844D EQDP 10.0 Rev.-1 Page 9 of 92 l
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400 f
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350 w
S.
'a 300 w
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264.7'F MSR CON 0lTIOf83 ESO 219' F z
E 200 xq 152'F 4
e ISO Eoo 10 0 l
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10,000 8
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$0 SEC.
98000t SECS.
DAY am WH oo TilfE 4
m O
Figure 1 w
HBR-2 POST-ACCIDENT CONTAINMENT TEMPERATURE m
+-w-*-
w o.w ne m
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Sl8d-3WASS3We 1M3MNIVINO3 2844D EQDP 10.0 Rev. 1 Page 11 of 92 l
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'. 3. 31 Oualification Documentation Assessment
-l 3.3.1
.Oualification Documentation 4
'3.3.1.1
- Wyle Report No. 48881-02, Rev.A,
" Qualification Test j
Program on Cable and Splice Assemblies -for. Patel i
I Engineers," (Ref. File 1.3).
3.3.1.2 FIRL Report F-C2935, dated October 1970;." Test of Electrical Cables Under Simulated Post-Accident Reactor Containment Services," (Ref. File 1.5).
l 3.3.1.3
' Addendum to FIRL Report F-C2935, dated November 1970;
)
" Test of Electrical Cables Under Simulated Post-Accident Reactor Containment Service," (Ref. File 1.6).
l 3.3.1.4
- Letter, R.
A.
Karam (Georgia Tech) to G.
Elam (PEI) l w/ Enclosures dated September 3, 1987," (Ref. File 1.7).
l 3.3.2 Aeolicability of Oualification Documentation and j
Similarity of Tested / Installed EauiDment The testing documented in Wyle Test Report No. 48881-02 j
(Ref. 1.3) was performed to establish the qualification j
of several cable and splice configurations utilized previously and presently inside the H.
B.
Robinson (HBR-2) containment.
The testing was. specifically performed to meet all HBR-2 environmental parameters.
Cable specimens 19 and 20, from this testing, were 2C,-
- 16 AWG cables and were actual sections of Continental Cable removed from the HBR-2 containment after 17 years of use.
The subject cable was utilized in many original i
in-containment instrumentation circuits.
FIRL Report No. F-C2935 and the Addendum to this r'eport (Refs.1.5 and 1.6) tested two cable specimens which were made of CC-2115 silicone rubber insulation.
Specifically, sample B-1 was a 2C, #16 AWG cable.
Per IEEE Standard 383-1974, Table I, testing on this cable configuration is considered applicable for establishing qualification of a 4/C, #16 AWG. cable of the same design.
Testing performed in the FIRL report provides additional test data for the subject cables.
l 1
t P
2844D EQDP 10.0 Rev. 1 Page 12 of 92 l
-~
_. m.s pz; l 3[3;31
'DBE Oualification Analysis
~
~Yes
'No' l
. Arc all p3ak'tsmparaturo,prcagura, and 1.
time requirements enveloped during the c;
transient phase?"
X a
i Temp." Peak
'280 F -
'{
K '^
i Pres. Peak 62 psig A
i R.H.
100%
l Reference / Comments: Re f. 1. 3, p. IV-5 ~ See Section 3.4. 6,.
.i i:
Figures 3-and 4.
2.
Are all temperatures, pressure, and
-l F
time requirements enveloped during the post-accident phase?
X
- l
.t Reference / Comments: Ref.1.3, p.VI-17 ; See Section 3. 4. 3.
3.
Are margins as applied consistent with j
those defined in IEEE 323-1974, and/or the DOR Guidelines, as applicable?
X j
Margins:.
No. of transients 1
l l
Voltage
'See Section 3.4.7 l
Temperature 15 F at the peak'
]
Pressure 48 % at the peak Radiation 9% (on accident)-
i Accident Duration 11%
t s
Reference / Comments: Ref. 1.3, Figures IV-7 through IV-9; i
See Section 3.4.7.
4.
Are the functional tests as. performed j
adequate to demonstrate that the HBR-2 l
functional requirements (including accuracy) for the equipment can'be met?
X Reference / Comments: Ref.1.3, Sections I, II, III, and V; See Section 3.4.5.
5.
Was the normal and accident radiation 1
applied prior to and/or simultaneously with the accident simulation? If yes, i
to what level?
X r?
1.685x10' rads gamma j
i Reference / Comments: Ref. 1.7; Ref.
1.3, p.
VI-8; See l
Section 3.4.7.
'l
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2844D EQDP 10.0
.Rev. 1 Page 13.of 92 l
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1 ---
'Section 3 ~ 0 (Cont.)
L.
-Yes No-6.
.If submergence'is a requirement, does the test demonstrate acceptable' operation?
X-Reference / Comments: Ref._1.1; See'Section 3.4.8.
7.
Was the requirement for chemical
~
spray enveloped?-
X Reference / Comments: Ref.
1.3, pp. IV-34 & IV-52, FSAR Section 6.1.1.2.
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1 2844D EQDP 10.0 Rev. 1 Page 14 of 92
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Continental Environmental Test Profile I
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i 2844D EQDP 10.0 Rev. 1 Page 15 of 92 t
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2844D EQDP 10.0 L
Rev. 1 Page 17 of 92
3.3.4 Acina Analysis 4
Yes No Thermal
~
1.
Does the aging analysis provided in the supporting documentation justify a
. yearjqualified life at the defined service temperature? Are self heating effects adequately addressed?
X Reference / Comments: Ref.
1.3,Section VI, para. 3.2.1; See Section 3.4.2.
-2.
Was the aging analysis performed using,
[
Arrhenius techniques?
X Reference / Comments: See Section 3.4.2.
3.
Is the aging analysis auditable?
X Reference / Comments: Ref.
1.3,Section II; See text, j
Section 3.4.2.
4.
If any thermal aging exemptions were utilized, are they auditable?
N/A N/A f
Reference /Conments: No thermal aging exemptions were utilized.
Radiation 5.
Were gamma radiation levels met during the radiation test?
X Reference / Comments: Ref.
1.3, p. VI-15; Ref.
1.7.
6.
If any radiation exemptions were utilized i
are they auditable?
N/A N/A Reference / Comments: No radiation exemptions were utilized.
7.
Are Beta radiation effects addressed?
X Reference / Comments: See Section 3.4.10.
Mechanical 8.
Were the test specimens mechanically aged? N/A N/A Reference / Comments: These devices are passive in design (i.e., contain no moving parts).
l Therefore, no mechanical aging was required.
]
l i
2844D EQDP 10.0 Rev. 1 Page 18 of 92 1
1
ll l
1 0 ?'
1 l
1 3.3.5 Test'Proaram Analysis Yes No 1.
Does the test sequence. comply with IEEE 323-19747 X
i I
Reference / Comments: Ref.
1.3, p. VI-8.
2.
Are the. acceptance / failure criteria clearly defined?
X Reference / Comments: Ref.
1.3, pp. I-1, VI-10, VI-11.
3.
If anomalies or failures occurred during the test program, are. adequate justifications provided such that the qualification is not negated?
X s
Reference / Comments:
Ref.
1.3, pp.
II-6, IV-16; See Section 3.4.9.
t 4.
Are all known synergisms accounted for in the test program?
X t
Reference / Comments: Ref.
1.3, p.
VI-9; See text Para.
3.4.4.
5.
Are special installation and/or maintenance-requirements identified in the test program?
X Reference / Comments:.No maintenance is required.
6 k
4 i
2844D EQDP 10.0 Rev. 1 Page 19 of 92 l
3.41
. Qualification Justification Analysis'-
i f.,% g q
y
!3.4.11 General l
S l
- 3.. "
.is performed
.when:
the l
LJustification., analysis'.
" ~ '
qualification. documentationEdoes not clearly establish.
thati the-plant requirements are met.
This! section'-
- q provides-the-analysis. E necessary to' augment.
' qualification documentation.
.the-1j m
I For' tha '. Continental Wire.and Cable Type CC-2115' l
Instrumentation Cable, the:following areas were analyzed:
.j 3.4.2
' Qualified Life Calculation J
3.4.3' Post-Accident Degradation Equivalency.
I 3.4.4 Known Synergistic Effects 3
3.4.5 Function Analysis j
3.4.6
' Test Profile Evaluation I
3.4.7-Margin Evaluation 3.4.8 Submergence 3.4.9 Anomalies-3.4.10 Radiation Exposure Analysis l
3.4.2 Oualified Life Calculation
.I j)
The subject cables experienced both natural aging and accelerated aging.
Subsequent to the cables being-removed from the HBR-2 containment, after seventeen (17) years-of installed life, they were aged-for 112.8' hours:
I at 8 5'C.
The non-metallic - materials. and' their aging.
1 mechanisms are listed in - table. I. -
Qualified. Life iis calculated as-follows:
Q.L. = t 'exp [(E,/kg) (1/T, - 1/T ) ]
i
- where, Q.L. = qualified life'
)
t
= aging time-(hrs) = 112.8 hrs.
i
- E,
=: activation energy'(eV) = 2.05 eV'4 k.
= Boltzmann's constanti(8.617~x~10 eV/ K)
= 8 5"C = 3 5 8"X
= aging temperature ( K),K)'
Ti
= service temperature'(
T, P,
= fraction of time at T, l
This cable is located ~inside containment and provides the
- I signal path for Steam Generator steam flow transmitters, Pressurizer level! transmitters, Steam'. Generator level i
transmitters, and. RCS loop pressure. transmitters.and similar type equipment. ~ Instrumentation cable typically has a conductor temperature rating of 90 C ' indicating.the conductor ' temperature will ~ be 90*C if ' the - cable is a
utilized at its rated voltage and current. However, since i
the Continental cable provides the signal path-for j
various transmitters the actual current will be-in the i
range of-20 milliamps at a voltage'of 50 VDC.
Based on this current, heat rise due to energization' will be less 1
2844D EQDP 10.0
-l j
Rev. 1 Page 20 of'92 q
l i
+4 l
(*,
Section'3.0.(Cont.)
than 1 F.
Therefore,.the-normal ambient temperature.of' the environment in which.the. cable is installed.may;be J
used as the normal service temperature.
Reference 1.2 states the maximum temperature inside containment is i
12 0 F. -
Assuming' containment temperature will be at a
-[
maximum 84% of the time is considered conservative.
For the remaining 16%, a containment temperature of 115 F '
will be assumed. This yields the following values for P, and T,.
P, T,
84%
120 F 16%
115 F Solving the equation provides - an additional qualified life of 24.8 years for the subject cables.
Total qualified life of the cable is 17 years + 24.8 years =
41.8 years.
i i
4 a-2844D EQDP 10.0 Rev. 1 Page 21 of 92
[
l r
W 3 N. 3 --
Post-Accident Dearadation Eauivalency-For the subject'_ equipment, the test conditions exceed the 0*
sworst-case < accident conditions for the initial day, but
[
does' not-envelop.the entire postulated plant - post-J k
accident phase: Tin duration.
. Since ? the _ non-metallic, T
organic. materials.of' construction are assumed;to follow p
an arrhenius relationship,-the requirements'at one time
/
and temperature can be - transferred to another set' of
_ time-temperature conditions using'the same relationship:
l_
t. = t, /c exp [ (E,/kg) (1/T,-1/T ) )
L.
i
- where, (hours) t
= equivalent time at T3 i
T
= reference temperature ('K) i (hours)
= time at temperature T,,K) t,
= accident temperature.(
T, E,
= activation energy (eV) 4 k,
= Boltzmann's Constant-(8.617x10 eV/ K)
'. A time-temperature equivalency can be performed to verify C
that the test conditions,.after one day, exceed the plant postulated. post-accident phase by using the'following parameters:
T
= 152 F i
t
= 47 hrs.
r T
=-212 F E,
= 2.05 eV After one day, the accident temperatura profile remains
-l below T.. By solving the' equation, the equivalent time at i
T, is 1024 days which exceeds the HBR-2 requirements, including required margin.
Therefore, based on~ the analysis presented above the deviceLis qualified for the postulated accident and post accident phases.~
l 3.4.4 Known Syneraisms Two known'synergisms (Regulatory Guide 1.89, Paragraph-C.5.a) have been noted for polymers such.as EPR, XLPE, Chloroprene, CSPE, PE, and PVC. This device: contains silicone rubber which is not a ;known synergistic.
material.. Therefore, ' synergistic effects. are' not a concern for Continental Instrumentation' cable.
3.4.5 Functional Analysis The equipment is required to function during and _after a DBE. Performance testing was conducted on the instrument cables between the environmental tests..
Performance testing consisted of checking the insulation resistance (IR). at~ S00 VDC. Throughout the testing, incluping LOCA, the insulation resistance remained'at 2.8x10 ohms.(at 282*F) or-greater.
The test specimens also exhibited a-i maximum leakage current of just 2 microamps at 46 VDC during the LOCA test.
This corresponds to an insulation-resistance of 23 magohns for the 6 ft. long specimens.-
2844D
'EQDP 10.0 Rev. 1 Page 22'of 92
k
)Section 3.O i(Cont.):
~
.The Continental'CC-2115~ cable-is usediin.three types of~
"j
~
circuits tat HBR-2:'.1) 120~ VAC/125 VDC control circuits' -
outside containment,- 2) ' Rosemount transmitter circuits
'inside; containment, and 3)
.RTD. circuits inside containment.
For the. first applicationi
-. control circuit's.'outside icontainment - the harsh environment is radiation only.---
Radiation aloneL is not a major contributor to1 reduced cable IR.
.In fact,following irradiation, -.CC-2115 samples : exhibited.IR's. in' excess of 100 magohms. (see References 1.3, 1.5, and 1.6).
IR's above 5 kilohms do not have a-detrimental. effect : upon control: circuits
'(solenoid' valve,-
indicator' -lights,
- relays, etc.)
according to-the._ analysis performed. in Ref.
1.12. '-
Therefore, the Continental'CC-2115 cable is acceptable for control circuit application.both inside and outside containment at HBR-2.
i.
" Rosemount transmitter:
For the second application circuits inside containment - a. calculation (Ref. 1.13) was prepared which 'shows that the Continental-CC-2115 -
cable is acceptable.
For the third application
. RTD circuits' inside containment.- the following analysis is provided.. Using the 23 megohn IR for 6 ft.. specimen, the installed RTD cable-irs are computed by the formula:
IRw. =
IR,x Length d Lengthm, Since TE-433 has the longest length cable (155 ft.)-andL all. four TEs are identical, the limiting cable IR is '890 kilohms.
TE-433 is-a 200 ohn RTD (i~.e.,.its resistance-is 200 ohms at ' 32 F).
At a temperature of 6 0 0*F, its resistance is 440.384 ohms (Ref.1.14).
With 890 Kilohms.
shunt resistance from the cable,IR,'TE-433's.: effective resistance'.would be 440.1662 ohms'.
This wpuld indicate a temperature of 599.'459 F.
Therefore,. the CC-2115 cable -
IR introduces a' temperature error of -0.541*F or -0.09%
at 600 F true. This small' error is considered negligible and therefore the' CC-2115' cable is.
considered satisfactory for RTD circuit applications.
Based upon the above analysis, Continental CC-2115 cable is acceptable for use in its current ' applications at=
HBR-2.
3.4.6 Test Profile Evaluation Page IV-5, Section 2.5.1 of Ref.1.3 states the pressure requirement of 46 psig was met 4 seconds into:the LOCA' simulation.
Figure IV-7, p. IV-51 shows' the requirement was met by allowing the pressure to increase to a-maximum of 62 psig 9 seconds into the exposure and lasted ~for approximately 16. seconds.
62 psig is therefore the peak pressure.which the cable samples were exposed.
EQDP 10.0 2844D-Rev.
1.
Page 23 of 92
p l
Egction 3.0 (C:::nt. )
Ref.1.3 does not state specifically the humidity level during LOCA testing.
However, 100% humidity is implied since containment spray was utilized for approximately 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> (Fig. IV-9, p.IV-53).
Additionally, I4CA testing utilizes a steam environment to reach the required temperature and pressure profile which would result in a 100% humidity environment.
3.4.7 Marcin Evaluation Radiation exposure was conducted in accordance with Section VI, Para.3.4 of Ref.1.3 Each of the test 9
specimen were irradiated to 1.72x10 rads via the Georgia Tech.
Cobalt 60 gamma source (Ref. 1.7).
This dose was the required dose for the continental cable samples and was based on the following:
Normal 23 year dose = 1.1x10' (23/40)=6.4x10f 30 day accident dose
= 1.5x10, 10% margin on accident dose
= 1.5x10 Total
= 1.72x10' rads However, Ref.
1.7, p.
1 states the total dose has an error of i 2%. If -2% error is tgken into consideration, the total dose drops to 1.685x10, rads and the margin on accident dose becomes 1,47x10 rads.
The margin on accident dose will then become 9% instead of the required 10%.
9% margin is considered acceptable since LOCA testing (Ref.1.3) of the silicone rubber cable indicates 1
the cable performed exceptionally well, showing few signs of age-related degradation.
Therefore, decreasing the margin on accident dose by 1% is not considered of high enough magnitude to negatively impact the cable's performance.
Complete results of the radiation exposure are presented in Ref, 1.7.
j The Continental cable samples tested in Ref.1.3 were not l
subjected to a double transient at peak temperature.
However, testing perf ormed by Franklin Institute Research Laboratories (Ref.
1.5, p.
2) subjected two cable samples to radiation aging followed by LOCA testing where the peak temperature reached 340 F.
In both test
]
reports, the cable samples functioned as required. Based on the testing conducted in both test reports, a single peak temperature transient is considered sufficient to demonstrate qualification.
The test samples were energized with a potential of 44-46 VDC during LOCA testing (Ref.
1.3, pp.
IV-3, IV-25).
Additionally, the cables were subjected to high potential i
testing (2200 VAC during post-LOCA testing (Ref.
1.3, p.V-2).
Cable is unaffected by minor changes in frequency as it merely conducts whatever cycles are applied. Therefore, the intent of the 323-1974 margin is satisfied.
2844D EQDP 10.0 Rev. 1 Page 24 of 92 l
n 14 a 8' S,ghg%23nGR As a result of Engineering' Evaluation.ENG 88-132 (Raf.
it was' datermined. that : Continental Type ' CC-2115
.1.4)
- [?
silicone rubber cable may be submerged during a.LOCA at various containment. locations.. - Although-this cable was 1
not specifically designed.for' submergence,., it iis considered ' qualified for that condition based. on the following:
1.
Ref.1.1 contains test'results of Accelerated Water Absorption testing.-
This data shows capacitance increased by only 2% while submerged for 14 days in 7 5*C water.
This indicates change in ' dialectric strength was minimal ~ and thus electrical > properties remained essentially unchanged.. Additionally ' the stability factor was 1.0 verifying silicone rubberf experienced little physical degradation during testing.
Water absorption was also tested using '
l the Gravimetric Method which submerges the samples l
for one week at 75 C water.
This - test showed i
-l silicone rubbey is inherently water resistant since only 3.5 mg/in _ of water was absorbed. Although the testing was performed on CC-2116, the results are applicable to CC-2115 since the difference between.
the two compounds is the curing-agent used ;in.
. Conversations-with Continental.-
manufacturing.
(Ref.1.9) verified the physical Isoperties between the two compounds are the same.
2.
Testing conducted by Wyle (Ref. 1.3) was' performed on a number of ~ cables. manufactured ' by - various vendors.
The cable manufactured by - Continental-
.j out-performed all other cable _ samples demogstrating i
a minimum insulation resistance of 2.8x10 ohms at
]
500 VDC, 2 8 2*F.
-The Continental specimens also j
exhibited a maximum leakage current of 2 microamps t
at 46 VDC during IDCA ' test.
Although.this l
performance does not:in itself, qualify this cable l
for submergence it. does indicate 'that silicone rubber is highly moisture resistant-due to its; i
ability _ to withstand the steam environment and j
~!
still function exceptionally well.
J J
3.4.9 Anomalieg 3;
Two anomalies occurred during qualification. testing which affected the Continental cable samples.
' The i first
]
'i anomaly occurred -during thermal aging when the - cable specimens were' aged 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> 50 minutes - longer than,
specified. This does not affect qualification since the longer thermal aging is more conservative than the aging specified.
The second anomely occurred during ' LOCA testing when -
temperature and pressure were less than required on three-separate occasions.
The test was extended by the same.
i duration as the down-times thus the IDCA test 'was adequately performed and cable qualification was not affected.
EQDP 10.0 2844D Page 25 of 92 l
_Rev. 1
-~
3.4.10 Radiation ExDosure Analysis The spegimens in Ref.1.3 were exposed to a g mmt dono of 1.72x10 rads (12%, see Section 3.4.8). The specimens ir the Franklin Report (Section 7.2) were exposed to 1.0x10) 1.5x10,in containment dose rads gamma.
The specified-gamma rads, so the (excluding the Reactor Sump) is testing in Ref. 1.3 exceeds this value.
The specified beta dose for a LOCA at HBR-2 is 2.0x10' rads (see Ref. 1.15). Because the Continental cables in containment are contained in conduit or cable trays, NUREG-0588 (Section 1.4 (9)) allows the crediting'of a 50% reduction in the beta dose.
In addition, the cables have a 45 mil silicone rubber' jacket (see Section 8.4) which will serve to further protect the conductors from the beta exposure.
The DOR Guidelines (Section 4.1) permit a factor of 10 reduction in the specified beta dose for the first 30 mils of cable jacket; therefore,
[
the specified beta dose for tpe Continental cables at HBR-2 will be listed as 1.0x10 rads.
i I
I I
i 2844D EQDP 10.0 Rev. 1 Page 26 of 92 l
w
..a..;:- a..
o-section-4 1
.4.0 General No subcomponent/ material of the Continental Type CC-2115 t
Instrumentation. Cable has a' qualified life of less than 40 years based on ambient temperature service.:
I
^
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II EQDP 10.0 2844D Page 27 of 92 Rev. 1
-a, w
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Sect' ion 5-t; i
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.NRC IE Bulletins /Not ces/C rcu ars'
.i IE Information Notica 86-49.
f
- 5.1 ~
+
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2844D EQDP.10.0 Rev._1 Page 28 of.92n j
y Att2 chm:nt 1 S ction 5 Page 1 of 5 SECTION 5.1 I
l i
1 2844D EQDP 10.0 Rev. 1 Page 29 of 92 l
y
_.u.__.
Atttchm:nt 1 Secticn 5-Page 2 of 5 IE Information Notice 86-49 Summary:
IEN 86-49,
" Age / Environment Induced Electrical Cable Failures" This IE Notice identifies a concern of a possible weakness that exists in the surveillance and maintenance of nuclear station electrical cables.
Cables may age more rapidly than expected due to unidentified local extremes.
Evaluati2D:
Periodic maintenance and an EQ Walkdown were performed on many Class lE components during the 1988 refueling outage.
The cables to EQ equipment as well as the internal wiring to many EQ components were inspected.
There was no notice of burned wire or cracking cable after completion of the walkdown.
The appearance of many EQ cables is extremely good and does nothing to invalidate the pre-operational tests performed on these cables.
==
Conclusion:==
This IE Notice has been addressed during the 1988 refueling outage.
There was no indication of any cable degradation during the inspections.
HBR-2 considers this notice as applicable and will continue to monitor EQ cabling in the future.
2844D EQDP 10.0 Rev. 1 Page 30 of 92 l
p._,_n__
i-(
SSINS No.: 6835 L
IN 86-49 UNITED STATES NUCLEAR REGULATORY COMilSSION OFFICE OF INSPECTION AND ENFORCEMENT WASHINGTON, D.C.
20555 June 16, 1986 IE INFORMATION NOTICE No. 86-49: AGE / ENVIRONMENT INDUCED ELECTRICAL CABLE FAILURES i
1 Addressees:
All nuclear power reactor facilities holding an operating license (0L) or a construction permit (CP).
Purpose:
This notice is' intended to describe (1) age / environment failures of electrical cables that have occurred at San Oncfre Nuclear Power Plant, Unit 1, and (2) actions that can~be taken to improve in-service cable reliability.
It is l
expected that recipients will review the information for applicability'to their I
facilities and consider actions, if appropriate, for identifying incipient failures before they occur.
Suggestions contained in this information notice.
I do not constitute NRC requirements; therefore, no specific action or written I
response is required.
Description of Circumstances:
On November 21, 1985, San Onofre Unit 1 experienced an incident that was investigated formally by the NRC and described in NUREG-1190. Offsite power was lost when a transformer was tripped by its differential relays because of a fault in the cable to the Class 1E 4160-V bus., Further inspection of the failed cable showed evidence of insulation degradation and arcing between two phases to the sheath of the cable.
The most likely cause of the cable failure was determined to be temperature-induced accelerated aging and degradation of the cable insulation. The source of this heat was a bare high-temperature (400'F) feedwater line and pipe flange in the immediate vicinity of-the cable.-
The thermal insulation had been removed from the pipe during previous repair of a gasket leak and not replaced.
Southern California Edison Company established a special Cable Evaluation Task Force which has investigated and tested both 4160 and lower voltage cables ~and l
has identified several other degraded cables that also would have failed over time. The faulted cable and other cables are being replaced at San Onofre Unit 1.
t r86061207D 2844D EQDP 10.0 Rev. 1 Page 31 of 92 l
. =...
\\
IN 86-49 s
June 16, 1986 Page 2 of 3 Discussion:
The November 21, 1985 event and subsequent investigations and inspections at i
1 San Onofra Unit 1 indicated a possible weakness in the surveillance and main-tenance of station electrical cables. This weakness is characterized by lack of adequate monitoring of representative _ electrical circuits to obtain indica-tions of changes in cable characteristics over time that would be indicative of degraded conditions. The lessons learned from this incident suggest a need to determine whether adequate surveillance and maintenance of medium voltage cables are being performed.
1 Proper selection and installation of cables is the basic requirement for assuring reliability..However, a good understanding of cable characteristics and the operational and environmental conditions that could affect these characteristics is a prerequisite for assurance of the long-term reliability of l
cable installations.
Cables that provide power to the medium voltage safety buses are particularly vital components of the plant electrical system.
Many utilities, as well as other industries such as chemical production _and processing, routinely conduct testing of critical cable circuits. Although these practices vary, the information obtained from such periodic testing is J
used to identify degraded cables and the need for corrective action. Timely j
corrective action for cables that provide power to Class 1E buses and other-i critical equipment would minimize unnecessary power losses, unplanned shut-downs, and challenges to the safety systems.
The Insulated Cable Engineers Association (ICEA), National Electrical Manu-facturer's Association (NEMA), and Institute of Electrical and Electronic Engineers (IEEE) have developed standards which address the testing of new and in-service cables. These standards include cable tests such as:
insulation resistance measurements, power factor measurements, and controlled de overvoltage.
(high potential).
It is suggested that the applicable industry standards be consulted for performing these tests.
Another important facet of the periodic maintenance and testing program for cable circuits is the walkdown inspection to identify actual or potential environmental conditions (heat, water, chemicals, etc.) in the inmediate vicinity of the cables that could adversely affect the cable conditions.
i 2844D EQDP 10.0 Rev. 1 Page 32 of 92 l
i
'~
IN 86-49 June 16, 1986 Page 3 of 3 No specific action or written response is required by this information notice.
If you have any questions about this matter, please contact the Regional Administrator of the appropriate regional office or this office.
orda'n Directo'r a
4 Divisialp f Emergency Preparedness and Engineering Response Office of Inspection and Enforcement Technical Contacts:
Paul Gill, NRR (301) 492-8423 Vince Thomas. IE (301) 492-4755 List of Recently Issued IE Information Notices
Attachment:
I EQDP 10.0 l
2844D Page 33 of 92
Section 6 Maintenance Reauired to Maintain Environmental Oualification Device Tag:
N/A Manufacturer /Model/ Serial Number: Continental Type CC-2115 Instrumentation Cable Location: Various EQ Maintenance Requirements:
None Replacement Model:
N/A Spare Components:
N/A Qualification Level:
DOR Guidelines EQDP 10.0 2844D Rev. 1 Page 34 of 92 l
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' Section77 m
QUALIFICATION TEST REPORTS
.I
's :
- 7. 0 -
The test reports referenced in-this-EQDP are located in
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2844D EQDP 10.0 Rev.'l Page 35 of 92 l
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~ Section 8
' GENERAL INFORMATION
(
' 8. 0" GENERAL.INFORMATION Telecopy, Regis.Lageman (Continental Wire and Cable)~to.
8.1 Mike Franklin (Impell) dated February 24, 1989.
.8.2 Purchase Contract NY-434146 between Continental Wire and-Cable and EBASCO' Services, Inc.
l 8;3 EBASCO Specification CP&L-R2-E13-CW-R2, Rev.
6.
8.4 Factory Inspection Reports.
Record of Conversation, T. S. Baht (Continental Wire and 8.5 Cable) to M. Franklin (Impell) dated 2/27/89.
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L 2844D EQDP 10.0 Rev. 1 Page 36 of 92 l.
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Attnchmsnt 1 S$ction 8
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Pcgs 1 of 6 L
i Section 8.1 j
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2844D EQDP 10.0 Rev. 1 Page 37 of 92 l
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~0 CONTINENTAL WIRE & CABLE DEX 4200 DATE J
[9 TO 1
/
AM ))
)
_ 0FTI f)] -l M />.
ia y
FROM A$d h
_. OFFICE CONTINENTAL WIRE AND CABLE h
IF YOU RAYE ANY FROBLEMS CALL (717) 792-2644 I
NUMBER OF COPIES TO FOLLOW
/
1 CONTINENTAL WlRE & CABLE COMPANY An Nfmete of Cabloc corporsoon WestYindustrial Part PQ Sea 1883 M PA 1761843 Odon Moed. Wrk. PA 17404 717 792 2844.
717 M2-1581 2844D EQDP 10.0 Rev. 1 Page 38 of 92 l
CONTINENTAL WIRE Br, CABLE; COMPANY An Attillate of Cablec Corporation Why Should!I Specify Silicone Rubber Insulated Wire & Cable?
-because Silicone Rubber offers these distinct advantages as an insulation High Temperature Operation
- Motsture Resistance
- Flexibility Corona Resistance
- Ozone and Sunlight Resistance
- Reliability Excellent Electrical Characteristics lonelle strongih Tenede Strenget neem twnewsere near -
mer nemmenn news =we naae.
saown soo-sano eso ao ones osse so-os Maiemwn Mwenum Rosesense a Enongemon EJengenen %
Tsar serves 6Jie Resistansa at 200F SeMcs Servios 180 ppm osene
%, a Ter o F Temp F at Room Temp.
Room Tengl.
350F accP
- 4n. a m Ory Ar Moorn Teno.
tienc Cya.
Unser geoes 500 0 )
- 150
-100 soyend a meses 100 400 300 300 40 to 380 Csamensoue
'Sikcono ente and catie exmemede con be lompelse to enenosas ein key lessors for speces asphcomene.
Resistance to Temperature Extremes Hem ree====
usueer twoorm m netw samoeund sopgned he um m ICtA sbown eder h wear *etenidas e ee-trunGe m pnyucal proporuse ernsch sney staneares. Saanno rutstier sempounes new-tremesy low temp reeut eem exposin0 inadahng mesnais a ng mum yester reestance a Pugn terroer. of emcene rutter comp enho$ eses eennes operanno tempreuse sevres art, svadable end ass promener bene totew -807 over en estended pened of Wne, or to enort-used m appicemons of an ensemosy severe However, of paramo tess tus to seateey of sne unw a ennen-amo emergercy overtoede eNch cause e new s.
Bapy urchanged over ene saaoristure l*neersture noe met sturve normal operut. The opmese W unstW Me h range trorn rrunus soF e em ao F. seo
,some,on a,e proeien..e to encoun..e a warsaag tg twegereues. De adoue'0 tatde eney bue,d upo,n,,,,,,,,,,,,,,,,W usou me hea seit www or ane
,,,, 7,,n,
to uwe as a eenwel swee ear row, ser poortinww N 8u'vg the now wesew rare.*wn asir centnery of stardare neuene e(aammere on a hme terroerous beas.
timen artereroy=='=aad m ret pues m sono sutter a weed.
a a incorsare so recognes pier to WWorrre. Sne a which se siongamon of sw Wause-kan snown m to ww.ns tense aseese eenhas been reened to e veese so me rei to anatonalis ne kmger asse a vehend ersy a e senaard haas reestart smoone severe ans recomes seies anew e emes reews. a se seene a set emnesses is een.
Estimated Usefull.No anuem ensmen s high wneeraus, w e Flame Resistar"..-
se esipacane son nelmeen avvenes.,,,,,,,,3,,,,,,,,,.,,,,,
of a Typical SEcone Ruthor Ins, to wees p..e to signseanner m.
senses.For e ensee.m = r es,mes.
weesd me a 2501' he erers tenh years, where see eneracionene e swvnee tems.
unsw use 7,,,,,,,,,,,,g,,y,,,,,,,,,,,
,,,,,,,,,,u,s,e,r,s,.,,.e. ~p,,,,,
's,o yeare y
- e. i.-
r ga,g,
-re,
. ene eaone, - aw.ee gQ tar sensus hem.reasiarn ynnne er sesono tees,vw.t.erw en wt.wance wcdes-a,,
non ter aanvnenemy geop rAmer mmanien.
l C,:nicentaiWire & Cable YOM 54 EQDP 10.0 2844D Page 39 of 92 nov. 1
Y Fire Resistance sence ue poemessen When honed. escano neeer toevos e non.
ceruheeve smoons dioelee ash wheen le en menestd shmeate tot pennes genewed 100.000,-
1 operasen of me same ter en heelrens pp.
i i
ned. sanone neeer seems we pnee sw EEE ass.ss74 reeen honorverusw esas
- A. Stenosed Commerotal Orsos SEsons Rueber Imy see en men ne some magrey w
- 8. Hlth Heat Reelstem SAicone Rubber Compound ines. CeMee kodened wem ergene goer.
g Mandrol: 3X O. D.
m,,,,,e gg m se age ao g e go,ene.
he en eeuge one and was semness when l
End Pt.: Appearance of cracke e cond a en open anne.
's h a.
es.toene en Navy power andmples are agoted to en 7 ' ~^ -
N sentrol name spen See Dem a henseral 20'sneen g
N bumer. Sangles are penWomed esser m me name. and veense a espeed essween
%s
\\
senduaere end a yound.The in=ner nen.
perse,e m seereonewr saarr aemee 10.000 s
we.endro ns,no m eomande moramn x
y enam wasyer er a hows.
s
(
Under both to 188E 3331974last and to s
N
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Navy test. We secono egende een is fe-telned br a siens wesd and sensnues a
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provide dween keepey N
N in edenen. enoms ameer senereer sevee w m mese and um mec sum onen i===d mm a== haspen anne *,
g e
argerne menenen.
A
\\
f1000 s
xx g
3 N
\\
Electrical Proporties
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m messei preeenes w w ase esm.
N h
pare feverstWy won me test creense teule-ten meneness. The ownstanding seveneses
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of smoone a out a retains escenent charne-torteece over a wtas terruleresse targe.
DIELECTmc RAT 10UE The meerre vessuenes et misere naber mouisand wee and same to tagh venese en-goo mason permne operseen et ennene neeer medmedwere andcame etNoh and t
3 temperenwe invws waneut temos.
3 reemence amoreneresmm er nues een es added emermos et seemer. Feepe me wuser eenunuam seems la Ngh. Hgh tem-persese egeves payves emme e ser mom eased escreens m ihm ehernesensac when amiemed te votese ter a pesanged perted et ime.
Dieleost evengm ter a typtet eaoons sub-ber masteen is ensen beew over the tem-l perenwe sense erF to 8007. E une be nessa tot to veneed soleads seergm no 44o ano aso soo sao 540 540 sao ano remseo es.none,,e,eiere eseugneut e.
tempereews renes wahr been test sees g
(1000 vofweecond) and now flee (sooD vammestep.
oseness rAnatwwalt Continental Wire & Cable YORK, PENNSYLVANIA 17406 EQDP 10.0 2844D Page 40 of 92 l
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se63;tase etse.setu toureasfusa of a tvv'ic4. stoca t i f i
eas. ame i g8" Vfeight Venname Duremser i
masam Cltante Clearige C8tefiWe g
{
tenartes Peenen en i
Ias
' an.
AC)Dg i
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i 8"
8"
,1e i so
- 30 wi,ie sene.
<1
<1
- 3 perte 7%
m m,,,,
OnsMemyggee Samurte egne.
<t
<1
-3 susunc1c%
48
+3
-4
+
A,e,se,gne.
sees e
% g u
n g as -
coron.no
<i
+s
-a Ozone Resistance se, een,n.
one= we emene reconnes v""" **
BASE 8 eleenguehoe se stay esset heiseeng rnese-naas. Cerene. N loneamen of ges wetah secum Hyerennes 30%
<t
<1 I
<1
<1
-4 needs to e sesharge surfere of lenlaes pero-seewn Myeomens 1%
else een eener estenersee ene Gentage Attutionsurn Hydresses eene.
it
+2
-4 essemcel Wiegenart Consnues serena de".Ammentwn :.,=;;; 10%
e3 93
~4 charge eventueer causes essetnselimahre MTI 1he test sies serens aesnerge m er le hroen a generese escre, and stat serene Seewn Creende 10%
(1 41
-I eansk of sienaamere predhsees surtees Seewn Castuenssa 2%
<1 41
- 0 craelens. sees not noosesenly mean Wief osene ames le the wer temer twaved.
SOLVENTS
+
+5
+6 Evisenes wwecesse that scene esmage een Efiyt Alenhet
+6
+t8
-t5 escur m Wie eteense of h
Assens e75 e tap 30 eartion mmones. Such as fedre W Tabsene
+t6
+130
-35 goes seene m he esgresql raciesy Geneene. Reguter
+40
+ 110
- 30 when suagemes 2 m Saleene,ruste, Gesenne. Aviseen
+es
+ t te
- 30 g, g g, g m g,,g laneral Sainte asene ene serene emissyn.
Carmen TetresNones
. 130
+110
-It To setonnme sie reemannes of essene ash.
HYDRAUUC FLUIDS bar meesus wve to tigh wesege yemene.
44
.s 10 sempass se eso Awa uno won ses vien was er einsamen have toen emesses e a Heemeensee H.:
i
+9
+12 15 10.000 vos potensel whee erapped a hat.
HeeMgehead H I'
+4
+4
-4 callerm leuler surtece eengenes 25%) and Skyeref
+7
+8
-10 please in en even at 200 C. ter 100 hours0.00116 days <br />0.0278 hours <br />1.653439e-4 weeks <br />3.805e-5 months <br />.
Serveel' Pl%3141
+5
+7
-8 These were no esgre of seems weeldng er PRL3141'
+t e9 15 carene creelen et the sarehasen of tile test.
Laneer eines eeneleere orgwee futmer toe OLS talone leese wnhin a low minwee even g,
4,
,4 when to test wee eenshanast at seem um.
gg,,,, g,
<1 4
<t N
Lars Os Lkinese Os
<1
<1 I
Motoral Os
+4
+6 8
ASTM #100'
+3
+6 8
ASTM #3Ce' ese
+ 31 to 8
+3s
+ 38 25 Smeens os sF96 (1001
- Chemical Resistance sneene oii 42.000 assi.
+,
.ie 1
smoone nacere ressmanne a ehenseeis in OTHER penade'.y useNi et tenveresse.Nen
<t
<s 1
provere to une of emer emmamers. The vnest
<f
<1
- 1 tesowrig tenne shows we geest of a veneer pyg, ogen pe,enies 3%
+4
+4 8
al metenes en a getoret purpees. emeano Pyrenes 1 ate euseet osmoeure ener ow week's hvuner.
'70 hours8.101852e-4 days <br />0.0194 hours <br />1.157407e-4 weeks <br />2.6635e-5 months <br /> e 313F. '70 hours8.101852e-4 days <br />0.0194 hours <br />1.157407e-4 weeks <br />2.6635e-5 months <br /> S 300F.
een a Fry.
t Corensfital Wwe & Cable YORt(. PSNSYLA:A !405 EQDP 10.0 2844D Page 41 of 92 Rev. 1 5
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Troemd vouse y
CC 211s Representative m PouNo Compound Data For Wire & Cable.
cv m v teri==ei 1100 CWC TYPE CC-2116 Tense sowsm,pel Praes o emus 7sv tummen 88
- S He e ses. Shore A
.tese Tween es.,m, pee ci Yenbsoov teses)
EAS Homeos. share A 1975 Terute toerg m,get srs eenessen, s 100 7eer Die s. ses osan se MrJamrf (sene) 94 ? 5 He m ees.Shere A 1000 Tennesteorgm, poi see mengeben.%
en Tear arengm. nee s. sol Fungus Resistance PHYSICAL PROPERTIES AFTER HEAT AGING part the gramm of lungue. Senwee of esi-Heen Agin588 HrodegrF (Slobo) eene rubber have been successluer teamed Heer A
$7 2 6 esemos me eso sneer memory eseemessene Herenees. Shore A See ter kmgus rotatenes: ME. F 4381. Punge.
Towseteengm,pel 340 Ploeismance Tests. Aerereukset and Asseek Wengenen. %
asse Meiertete. Genersi Speahr, pen Per, Heat Agmg es Mrs>4eDT (sebe)
BA5 and WE.ht7tA, Environnensel Teenms.
Itemess, Grere A 79B Awenauncef ans Assemeled Squemore.
Terese Soonga, pai 180 t
Nneens Speedsomen Fer. The fune m-Congssen.%
Heat A0 ng 80 DoyeA4107 (Stabel 72 & 5 i
aged > mese tasse use: Assegem Y
.ger, Aapogeue Pievue.1henuderms T 1 Me e ses,greve A 790 Cncatenuum Olettosum. Penemum Lae-Tenede soongm. pai 1at taum, Memnorseas Edwwe.
mangenen.%
ELECTRICAL PROPERTIES' 4 = to*
Resistance vihere meeswer, are 8W*ha
- "e To Weathering semic seenga. senwns 33 m
$irsonne fueher reareas me estoriereeing of*
Dialosete GenenenL to Me 04 3 seese of sunhEnt, aanno. and geese wresh Power Fester. 80 Mt same weemenng. inhererey weier segel-ions, sec== ruteer o not eneses try most WATER ABSORPTION' operew, none.none. wwy er ennemers 708*e M Hs0as2127
+3 and too humrany we not mesh, my eut er Heesee Change. Pete
=
n 1
e eet emoone rugger in any way, et any usume change.%
temperature emusme inuns m none, i$s samene rweer eine.mes goes mamanse to1aT,s,e,,,iYn,e o,,,,s.,ev,
r.,en
.g.n inur. m,een se,.
ee 0
creanos, ousate. ruirate, and hveregon ens.
yehens Change, %
e sweece weier when may hows ineehed WagM chenee. s
+4 carmoed, wiser Ateorpeen,mgW anneren, ease, bases, ens eene trem the 3
we,e, g, s.senes, e,w and normesy has no orewomes esees en emeere rueber. saeone nebar ens enee-eveer rowee tne sensweetene er euem me.
ACCEUEAATED WATER ABSORPTION tonese tound in maese winer.
heresse m Capeseense,s IA i
t to 14 det*
u inertness yin 14 es,e 1m an inct maionei. emoone ruteer is adens.
siammy Feesw to asye m Frc weser e
Greveneine usmos...
we testeises. sessume a is enseme r me.
Meer Absorpeark W j
tes ersi corneine re mallut. shienne er emer pnehaang Idoes noteeuse y
%s
,,.ans,e een.wi a een.e a son s s e
.se ea4.
se. = se.r.
West Yesti Indusviel Park. P.O. Bou 1883. York, PA 17405 1983 7t? M 3844 FAX 7t7 792 3501 I
2844D EQDP 10.0 Rev. 1 Page 42 of 92 l
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Attcchm:nt 2 S ction 8 Pago 1 of 15 Section 8.2 l
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2844D EQDP 10.0 Rev. 1 Page 43 of 92 l
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PuncHACE CONMAC ESASCO SERVICES NO.
NY-434146.
soeu m.<cisev.*
- sese p o w se g
TWO RECTOM STREET. NEW YORK N. Y.1000s DATE March 7, 1968 l'
~p4an' 1
'F-T3 Continental Wire & Cable e/o The Dana-Beach Co, Inc.
101 Park Avenue-New York, New York 10017 d
L Atta: P.E. Beach H.B. Robinsov '; team Electric Plant, Ebasco Services Incorporated Atta:
M. A. Mc Dufi<., Proj. Supt, Pine Ridge, South Carolina,1/2 Mile West on SNIP T3 State Highway 23.
a:vTE VIA Akers Motor Lines Ebasco Services Incorporated, Room 840. Two Rector Street, New York, 88LL TO New York 10006.
See caption "SHIIMENI" York, Pennsylvania with Freight Prepaid 5"'"'""""' Page 3 PRICES F. O. s. ac4 Billed Back LL PIECES. PACKAGES PLEASE SHOW THE As0VE CONTRACT NUNSER ON ALL INVOICES. SHIPPING PAPE CA CONTAINERS SHIPPED. Twit CONOfff0N IS IMPERAffVE.
PREPAY ALL CHARGES ON GOODS PURCHASED F. O. s. DESTINATION O SEND ORIGINAL AND COPits CF ALL INVOICES AND PACKING TWO RtcTOR STREET. NEW YORK. M. Y.10006. UNLESS OTHERWISE INSTRUCTED sELOW.
Seller shall furnish the below listed items of cable in accordance j
with Revision 2 of Ebasco Specification CK-67, parts one and two bearing Purchaser's Identification No: CFL-R2-E14-CW-R2 dated March 21, 1968, copies of which are attached hereto and form a part I
hereof.
l Descriotion.
Item No.
Quantity Croup T30 1
20,000 (1 pr) T/C Extension Wire (Copper-Constantan)
I Group E30 2
100,000 (1 pr) #16 3
72,000 1 quad #16 4
16,000 6 pr #18 Group E31 5
40,000 1 pr #16 6
62,000 1 Quad #16 i
PRICING Pricing information shall be shown on separate " PRICING DATA" Sheet (s) attached hereto and forming a part of this order.
EQDP 10.0 2844D Page 44 of 92 i
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PUNCH ACE CCNTRACT
/
-,gv g.- y Nc,3 NT*k3b106 Two necTom STREET. NEW YORK. N. Y.10006 oATE March 7, 1968
^
2-REFLQ Contract Seller agrees to ship cable furnished under this i
For LENGTE_S in Real lengths specified in the above specificat ons.
hip items where no lengths are specified Seller shall s i
lengths of cable in longest practical lengths, however no Purchaser, cable less than 250 Feet vill be accepted by Seller shall mark all Reels as specified below:
r Contract Number NY-434146 Group No.
~
I Item No.
Number of Conductor & Size Real Length in Teet.
(CAR-HB2) _SUPPLEMENTARI
" Supplementary Terms and conditions" Form 243 TERMS A_ND h
the fellowing shall apply in lieu o d
The Seller guarantees that the cable furnished un erfirst-class material this order shall be as specified and ofand agree to replace:ified he 1) and workstanship throughout, any length of cable failing u.nder the test spec e
of date or nuring normal and proper use within one yearof inst event to be coc more than six months from date o i hin evo years cable), and 2) any length of cable failing w tfrom date in ma-commencemect of the two years) which show defects that i::snediate terial or workmanship, provided in each case ller. All written cotice of such f ailure is given to Se f this replacements by the Seller under the provisions og
()at delivery point called for by the order.
Lengths of cable which have been replaced under the pro-f vision of this guarantee shall become the property o ller by the the Seller and shall be returned to the Se Purchaser, FOB Purchaser's city.
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NY-434146 TW3 RECTCR CTRb. N YORK. N. Y.100o3 oArt March 7, 1968
-g,r3 I
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for field office shall be mailed to:
i
.shineine Pseers
?
Ebasco Services Incorporated i
P O Box 1026 Hartsville, South Carolina 29550.
Mr M.A. McDuffie Proj. Supt Act:
SHIPMENT Seller promises and Purchaser requires shipment eighteen i
Purchaser will accept i
(18) weeks after receipt of order.
prior shipment.
Eggig Reels are not included in the price of the cable, but shall
[
be charged separately and shall be paid for at pricesIf reels
-l charged, net thirty (30) days without discount.
are returned to the point of origin in good Condition, l
freight collect, within twelve (12) months from date of shipment from the factory, credit will be allowed to Purchaser at prices charged. Any such reels requiring repairs will be accepted at the option of the Seller, in which case,' a reasonable charge for repairs will be Lagging is not i
deducted from the credit allowance.
returnable for credic, Seller shall furnish non-returnable reels NOTE:
where possible.
IIILL Complete legal and equitable title of all msterial, and apparatui covered by this contract shall pass to the Parchaser immediately upon delivery at.TOB' equipment, This provision shall apply irrespective of any Passage of point.
terms of payment specified in' this Contract.
title pursuant to this provision shall not release or
}
waive continuing or subsequent responsibility of the Seller l
under this order.
ACCEPTANCE l
We are handing you herewith the original and one.(1) copy l
If this document is of this document and all enclosures.
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rwo necTom cTntb.TEEYonK. N. Y.10003 DATE March 7,1968
.ier 4 acceptable to you, please so indicate by executing and returning to us the original of this document and thus constitute this a written contract between us according i
to the terms hereof and enclosures hereto, l
l The foregoing is acceptable to us, and it is hereby executed i
by us, and delivered to you in the City of New York and shall be governed by the laws of the State of New York.
Accepted - Date Continental Wire and Cable Division of Gutton Industries Inc.
i By a duly authorized Title representative of the Company HM/jr Continental Wire & Cable cc:
Divisica of Culton Industries r
Box 1863 York, Pa 17.*.05 Attn C.T. Yunker.
5 i
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ERASCO $ERYlCES INCORPCsATED.
P'E.A1E ACKNOWLEDGE PROMPTLY av A, J Salerno, General Purchasing Agent i
EQDP 10.0 4
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SUPPLEMENTARY TERMS AND CONDITIONS
)
- i. ACCOUNT CL ASSIPICATION i
- 1 INTE RPRETATION.
le case el seg seellies or inconoissenet besween ehese The Seller essen se fuseah she Peetheset smeh unsee.
Supplemessory Teems and Ceedssisee. ehe Pwenase Order es
. able breshdeve et she purchase prise (based open aesval see
,Cosesses so which shey are estsched and she Genevel Ceeds.
. el the Ecospeese furesshed and/or Seth perfereed) as ear he siess,5pecifiessaeas.Desenege and ester desaneese, al say, vegessed by the Purchaser.
' *she Pwehnee Oedes se Ceesses. Spesdumaeos. Cresiese end eehe, derumess il set. eheu preent ever seese Empple-g' tXCESS M ATERI AL eenseer Twos med Ceedieases med she Gennel Ceedessene.
The Selle agrees se esseps site resene i., seedis of any Thenevee used is shie Order, est esPPnamessa herese, or Egespeces dwesomed heress thes ser hessee eseess as see telesed eerecepeedesses comp 6nses ei the sob and thes she buse for tredis Mi h
- 1. 'Ovees'shall mese Ceeolies Power a Light Campsey, detessieed br emeest agrument el she Puebener ud te Seller.
- 2. 'Peise Casseosset* shall seen tessashemse Eleestie C upa mies.
N N
PER$ REOUIRED
- 3. 'Ceessuser' or 'Pwebesw' shall sene Ebane Preeps seeeips of shingseg deemeeses as essessiel De Services levesperosed.
- 4. *Selles' es *5ubessereeses* shall eene she paesy pre.
- '*I*' 's"a*d h'e kwaded se'"E(e'u"*Sem' emus. The
- *******I
- *8 fehas s
u lacupeesud.
vidnes dq*peees perseems se shas Osdes, Rose 840. Two Reesee 5ssees. New Yeek. New Yeek 4000(..
S. *Ordes* eboll eens. eelleteisely. the Pwebue Order Asseessee A.j.5elease, se same day stepsons poes twwerd et Ceessess se which ehese Supp6emessary Teene and Ceedsenese Ell et Lading
. Oe..is neland 2sep.n are erseehed, shese Supplemessary Teene and Ceediaises, she Geneel Ceedissene. Speendweasene med Drevis s and all sehee Pechies Llos 2 espace deemseese, af say, essested se such Persbese des se Casseest.
Freight Sill Original and i e 9e 8ed ishs
- 6.
- Price' chall eene she seemos paid by the Cesaressee se
( erg *es w*e*47 of
"~
th peepend see
. the Sehesessneser se consedstessen ed es pecessnee ei the Equap.
she Purchaser's acesues) sees.
N To avoid assint of equipmees as deesseesies prise se assi.
- 7.,Equipmees' shell sene all of the meseviele, apparases.
ficusan et shipms and essugues swieue messenause med seressures med eelsted services provided puresees se shes Oeder.
eesrs espeue se she Peebasee's fidd fuen. de Seller, er any S. 'Teeh' shell sees all ei she supplies equipmeos, eses.
of ee Seller's supplieve sekseg shipmens darees. shall erassoas avesang. deosge, wechseeship, lehme ese say estes services er en she same day sessmens sees feeward se sehesse addressed as thang foresshed er used br she Sehesessesen is peevidaag the inessesud is the Ordee, by ear esil. et seeusery:
Egespeees.
Peeking Lies iespy Bill of Leding isopr ladisese shie Order 14 ember se allinve ees med shappies 2.
SupPLtmRNT$
decesesse.
Any ruiseene and seendoesse se the Ordet shall be Then sie seedisies is ses semptied wish med shipseese effeemed by a seppienees se she Ordes, wheeb supplemens shall asemelly asesee before the shippena papers.she Puebaser's field be Iweished se she Selles is wrisaag.
effises are ses sely pus se yees asseseessesse he ese pee se reasedetehle estre espesse se headines andreteedlies. There=
i fare, the Pusebases wishes se empheesee she sepersesse ei fera I
werding sts re ed all ekspeesse fece she Sellee's plass l
endthese she t's supp&sete poempely se the Pureteser's 3.
TAttl faeld offsee wishees necessendyweasass se propene sevenees.
i All presees er feare Snese med/ee leest Seesh Canelien Peyooms ed leveisee w !! he wishkeld pending eeseipt of i
Selee eed Use Taeas applaesble by tosses ei the sale se delle.
skue deesseess.
ery of she Egoipmees perchased hereuseos shall be des the Pure thseee's sereues as eses, esteps eas soy see ampseed dasetely 4.
P ACTORY INSPECTION AMO TEST 5 essaaes she Selles aball be fee the Seller *e necemos.
The Ownee. abreegh the Perehneer, wit'l seimburee Selle, The Purebaser.she Prime Conseeeser and de Owur shall have she righs so seapees ear Egespeems. workmanship. Leber i
let say 5sese med/ee local Seesh Casolies Priestege. Licease, and eer ester shseg fureished or used by the Sellet undee shoe i
et iske seses enish est now or heresesse he appiwable se.
Ordee thevene eeferred se se shie Aessene se Apparessel and may sensured by se umpeeed seem the grose vecespes sesultaeg iress tenus say wheeb se doisessee er meseasshle ter the ese sad shes Ordee, esceps les est f edesel. asese se leeni seeeee see purposes sesseded er wheeb is ses se asserdesse with she see imposed spee se seeemed be she est enesee less saae Oedes.
eens of the Order.- The Seller, spee deemed by the Poetases, The Se!!er stell poemas she Ownee, senses sesouga de Pa,.
abases. se daeets the besse se wasch ser such saa sha!! he shall semedy er replese es the Seller's esposee such defectsee er essessable Apparesse, er she Pwebseer est, as the espeese paad or seesessed med se concret ser seneses, provided ehes ei she 5ellee senedy er replace seet dedeessee er meseassele see Ownee pays she espresee (seeledans penelsses and ieseress) r ei seca coesses. To assise see Oweee se she essenes ed est Apperassa. The Sellet shall edesse she Perchaser preepsly
- i proceessag disposass she secues er selsdary ed any such see.
when Appareses is eeady for seepoessee se the Seller's steps she Seller eksilinreast es eene evodeble se the vweer such and is shoes ed ise subesseressors. The aespeesere of the evidence as as any ases se ese possesease as seppees ei she Pusebaser she Prime Cesareener and she Owner shall as all Oweer's eless, sien have essess se sti passe as shops where Apperases se beses prepeeed, sad alu shallbe preesded by abe 5ellee SOUTH CAROLDiA STATE SALES /USE TAX wish all resseeable inspectaen feedisies.
Unless stosed se she seesseer is she Order the following Nese of she Apparesus se he fuseashed er used is eso.
wall applys seessee wish she Oeder eben he shopped essal feesary inspesa i
EXEMPT 10M CERTIFICATE NO. 619er19) same sessefasseer se she Perchases has been mees.
UNDER SUSART!CLE V. SECTION TTO Such fossary isspanise si Apparesse shell een relieve STATE OF SOUTH CAROLINA she Sellee lesen tell respeesshdisy let hasonetteg Apparerne SOUTH CAROLINA TAX C06tul553ON coolesenes es she regossemessa of she Ordee ser preimdise i
SALES AND USE TAX DIV1SION any eless, right et pesedese wheeb es Purchaser, she Prime 155UEO OCTOBER d.1946 Ceeernesee and she Owner ser beve because es she see ei Eheese Seve<ees lesesperated is eushessed se sehe pw.
detestsee se meensasiasiesy Appareses.
eheses of sessable peesomel propesey wishous payeeg she ses Sheeld she Perehum wesee she eighs so isopus say -
se same of purchese and to seesated to teens se ese se all see=
Appageses, gust easeet shall mes relaees she Seller as esy able purchases se me semb Ceeesses Tee Ceemassaan.
way tree his ehligesame undes se Ordes.
The 5ellee shall gave see (10) days
- ses ee se she Per-choses hetees diest aseeehty med sees el camposess pests, se thes she Pechseee. Peies Ceneresses med Oweee may esmess d.
PROVISION POR CAMCELLATION ouch liest seese hedere seipsees.
I As any same siser the essepeasee ei shie Order she Pus =
ebaoes shall hees es steelese riphs as castel the emese 9.
SU$.5UPPLIER$* 0R08R5 Order spoe me pereses se se Senaar ter au diebweeeesse med esponses wench sne 5eiler bee neeweed et bessee obla.
These ill segriced espies of est ardees shes may be gesed for prese se esse of astaes et sneestlessee. Lees she placed by obe 5ellet with ashot espp6osee der meter remos.
' resseeable essene eense el egespeces which shall have hope neue esame of esoneeses sheg eef he tequered te meetiessure etstased er esteeed se bosome se seepr as pass ed to Egesp=
ar assemble she Egespbees essered by shse Ordes ebeu he i
sees pies e sua se poetas beneses one sees essas se see proies terwareed se Ebasse heressee Reserparesed. Two Seesee i
thes se Sellet weeld. bore ressaved spee semplesses.the Seek 5sroe.s. New York. Now York 10006. Assessessa Cheel le+
u.= i wi e os v h use b..e se e.s essee een as of epw.. u seen u.nued. C.,.e si.wh e h d v.sh se he dese b, she Seil= enen
. Orda, etenid show enum 2844D lovsm EQDP 10.0 Rev. 1 Page 48 of 92-l in w w wa
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_l CONTRACT NO.
NY-4341s DATE: March 7, 1968-SUPPLEMENT NO.
1 DATE:. March 10, 1969 COPIES T0: Messrs, t
B G Hooten (5)
D M Pulito C V Burleson W Wallace/K J Brockwell/J A Graham R J Keenan T H Blodgett-J M Yadon A Waldeier/D H Brown P S Colby' M A McDuffie W B Kincaid E L Bet E Hollowell J A Klapper/W C Herman Proj Engr c/o E Hollowell J F Everman
.T J Cotter (2)
E Chao (2)
C R Coughlin (3)
B J Bonacci G W Haskell, Proj Supt (4) i H B Robinson Steam Electric Plant - 1970 - 700 000 KW Ext Unit 2 Control & Instrumentation Cable 4
2844D EQDP 10.0 Rev. 1 Page 49 of 92 l
- - -, _ +,. - _ - _ - - - - -, - - - _ - - - - _ - _ - - - - - _ _ _ _ - _ _ _ _ _ - - - _ _ _ _ - - _. - _ - - - - -
ruxce.ase ca vater NY-434146 Two RECT:n CTREET. NEW YORK. N.Y. tooos E$I[rIa'er March 7, 1968
~PA**
sweessusar no.
-1 1
March 10, 1969 l
l Continental' Wire is Cable l
T3 c/o The Dana-Beach Co Inc 101' Park Avenue New York, New York 10017 Attention: P E Beach H B ROBINSON STEAM ELECTRIC PIANT 1970 - 700 0001Gi EXTENSION - UNIT #2 CONTROL (s INSTRUMENTATIN CABLE
-Gentlemen:
l This supplement confirms Purchaser's verbal authorization of increasing the quantity of the following items of Cable j
February 18, 1969 One to be furnished in accordance with Ebasco Specification CX-67, Parts and Two bearing Purchaser's Identification No. CPL-R2-E14-CW-R2 R 2, dated March 21, 1968, Contract.
REEL LDiGTHS ITEM OUANTITY IN FEET
]E_,
PREVIOUS _
FRIS ENT DISCRIPTION IN FEET GROUP E30_
2 100,000 120,000 (1 pr) #16 4 x 5,000 3
72,000 87,000 1 quad #16 3 x 5,000 4
16,000 26,000 6 pr #18 -
2 x 5,000 GROUP E31 5
40,000 50,000 1 pr #16 2 x 5,000 3 x 5,000 6
62,000 77,000 1 quad #16 This supplement also confirms the addition of the below new items of Cable to be furnished in accordance with Ebasco Specification CX-67, Parts One and Two bearing Purchaser's Identification No. CPL-R2-E14-CW-R2, Revision 18,1969,- copies of which are attached hereto and form a 5, dated February part hereof.
I EQDP 10.0
.l.
2844D Page 50 of 92 Rev. 1
__m__--____--_m-m._____..__m_
~-. - _.
~~_
l PURCH Att CCNTMM,s 1
EUACCO CERVICES N3 NY-434146
~
10003 1WO RECTOR STR2ET. NEW YORK. N. Y.
March 7, 1968 o TE 1
..2 SUPPLEMDIT NO.
March 10, 1969 DATE:
. REEL LDIGTHS IN FEET _
. QUANTITY IN D_ESCRIPTION_
ITEM FEET li_0,__
0 caour c-it 10 x 2,000 2/C #16 65 Strands 10 x 2,000 20,000 3/C #16 65 Strands.
5 x 2,000 7
20,000 5/C #16 65 Strands 5 x 2,000 8'
10,000 7/C #16 65 Strands 9
10,000 10 CROUP E-34_
10 x 2,000 2/C #16 65 Strands 5 x 2,000.
20,000 4/C #16 65 Strands 11 10,000
'?
12 k
Seller shall furnish items specified and mar ;
reels as instructed in original order.
ti.gII:
inspection Seller promises items 2 through 6 ready for fter.
March 31,1969 'and shipment immediately therea hipment SHIPMENT.
It, ems 7 through 12 Seller promises 257, o f r re-be shipped 251' caipt of order with remaining 757 to ill completion partial shipments weekly,thereafter t l
Data"
]
Pricing shall be shown on a separate." Pricing hereof.
sheet attached hereto and forming a part l
PRICING.
dified herein, all cerna and conditions j
d shall also apply to this supplement,
.Except as expressly mo of this contract remain unchanged an ith the terms This supplement is being issued in accordance w If this j
furnished you in duplicate. indicate in the l
~
and is being of Contract No. NY-434146 supplement is acceptable to you, please so i five (5) days.
below and return the original-to us with n l
't very truly yours i
Continental Wire & Cable EBASCO SERVICE 5' INCORPORATED Accepted - Date c/o The Dana Beach Co Inc 5y By_
W 0 LaPointe l
i l
Purchasing Agent Title l
Continental Fire & Cable Div of I
CC: Gutton Industries Box 1863, York, Pa. 17405 EQDP 10.0 l
f
. HM/acc.
Page 51 of 92 i
.2844D
u -
)_
/p-f. % -
4:-
CONTRACT NO.
NY-434146 DATE: March 7,1968 SUFFLD(DIT NO.
2 DATE: June 6, 1969 COPIIS TO: Messrs.
D M Pulito B G Hooten (5)
W Wallace/r J Brockwell/J A Craham C V Burleson T H Blodgett RJ Keenan.
J R Lorense/D H Brown J M Yadon(2)
M A McDuffis P S Colby/
E L Betz W B Kincaid J A Klapper/W C Herman E Hollowell A F Everman Proj Engr c/o E Hollowell T J Cotter (2)
E Chao (2)
C R coughlin (3)
B J Bonacci G W Haskell, Proj Supt (4) 1970 - 700 000 KW Ext Unit #2 H B Robinson Steam Electric Plant -
Iron-Constantan T/C Head Wire EQDP 10.0 2844D Page 52 of 92 1
Rev. 1
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xxa wa.
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.meensee2,ee TW3 RCCTCQ STREET. NEW YCRK. N.Y. to00s
$$IEller March 7, 196
[
1 L. ' i ~ PAS" 2
f Supptantpef s e.
sats June 6, 1969 f
Continental Wire & Cable
- 3' c/o The Dana-Beach Co., Inc.
l 101 Park Avenue New York, N Y 10017 Attention: P E Beach'
]
i R 5 ROBINSON STEAM ELECTRIC PLANT 1970 - 700 000 IGT EXTENSION - UNIT #2 CON 1'ROL & INSTRUMENTATION CABLE Gentlemen:
This supplement authorizes the addition of the following ites l
co be furnished in accordance with Ebasco Specification CS-67, Parts one and
- l Two bearing Purchaser's Identification No. CFL-R2-E14-CW, Revision 6, dated May 22, 1969, copies of which ars attached and form part of this contract.
ITEM QUANTITY l
]E IN FEET DESCRIPTI0tt a
13 2000 Iron'-Constantan Thermocouple Lead Wire N.E[: Seller shall' furnish iten specified and mark reels as instructed in original contract.
SMI?wENT:
Delivery required at jobsite by July 15, ),969.
Seller promises shipment within eight (8) weeks but will expedite and advise.
PRICING:
Pricing shall be shown on a separate " Pricing Data" sheet attached hereto and forming a part hereof.
Except as expressly modified herein, all terms and conditions of this contract remain unchanged and shall also apply to this' supplement.
This supplement is being issued in accordance with the terms of Contract No. NY-434146 and is being furnished-you in duplicate. If this EQDP 10.0 2844D Page 53 of 92 Rev. 1 w
y n
__p r
N...c..
7 EC2ACCO...C.E.noRVICEg Pu::cwatc cewinAct '
b l
No.
NY-434146
'(
j TWO CECTOR STREET. Ngw YOCK. N. Y.10006 2.
/
)
March 7, 1968 y
DATE SUPPLEMENT NO.
2 66 DATE: June 6, 1969 1969 supplement is acceptable to you, please so indicate in the space provided b: low and return the original to us within five (5) days.
Very truly yours Accepted - Date EBASCO SERVICES INCORPORATED l
i Cr:tinental Wire & Cable
- raham c/o The Dana-Beach Co Inc By By W 0 LaPointe Title Purchasing Agent i
AW/ccc CC:
Continental Wire & Cable Div of Gutton Industries Box 1863 York, Pa.
17405 4
2844D EQDP 10.0 R;v. 1 Pace 54 of 92
I e
ev:c aae es.,uer
.m2 NY-434146 Tws nacT0a sTmrer. New YO7.K. N.Y 100os E$EElcr March 7,1968 1
PAO' 3
i sumaue=r no.
cars September 24, l
TO Continental Wire & Cable l
e/o The Dana-Beach Co., Inc.
l 101 Park Avenue New York, New York 10017 H. B. ROBINSON STEAM E1.ECTRIC PIANT 1970 - 700 000 KW EXTENSION - UNIT #2 CONTROL & INSTRUMENTATION CABLE Centlemen:
This supplement records the actual quantities of the following as shi'pped:
f Item No.
Quantity In Feet Previous Present I
7 20,000 9,930 11 20,000 34,735 This supplement also confirms Purchaser's verbal authorization of Sept-ember 8,1969 increasing the quantity of the following items per Ebasco spec-ification CX-67, Revision 5, dated February 18, 1969 copies of which are already in Seller's possession and apply hereto.
Item No.
Quantity In Teet Ptevious Present s
Group E-30 2
120,000 170,000 Groue C-16 7
9,930 20,000 9
10,000 20,000 14 NIL 10,000*
- New item same as item 9, except 9/C Group E-34 11 34,735 44,735 12 10,000 20,000 2844D EQDP 10.0 Rev. 1 Page 56 of 92
u
)
puccxAss enwrascr in-434146 h
7 EOASCO CERVICEO 33, March 7, 1968 Two PEcTon STREET. NEW YoOK. N. Y,1000e DATE ce SUPPLEMENT No. 3 2
- epcember 24,15 DATE ks,. Groups Seller promises shipment of Group E-30 ten (10) wee f r receipt C-16 & E-34 eleven (11) to twelve (12) weeks a t SHIPMENT 2 prior to Seller agrees to ship substantial partials of Item of order.
the above schedule.
nd conditions of this Except as expressly modified herein, all terms aly to this supplement.
contract remain unchanged and shall also app h the terms of Con-This supplement is being issued in accordance wit If this i hed you in duplicate, indicate in the space prov and is being furn s tract No. NY-434146 supplement is acceptable to you, please so(5) days.
below and return the original to us within five Very truly yours IBASCO SERVICES INCORPORATED Accepted - Date_
Continatal Wire & Cable By 7.The Dana-Beach Co., Inc.
W O LaPointe By^
Purchasing Agent 1
Title _
i HM/jr E
Continental Vire & Cable Div of Gutton Industries cc:
Box 1863 i
York, Pa 17405 l
i i
i i
EQDP 10.0 j
Page 57 of 92 i
2844D
~
AttOchm2nt 3 Section 8 Pcg3 1 of 7 Section 8.3 EQDP 10.0 2844D Page S8 of 92 l
Rev. 1
7....................
,e Ns. CPL-it2.E14-CW-22 Issue Date AuGu:t 25, 1967
~
Rev 4: Jan 23, 1969 Rev 5: Pebruary 18, 1960 j
1969 Rev 6:
!d.ay 2 6,,,0 7:CS Doctr.i.:if 13 T112 PROPEit'.*T CF ESASCO SERVICES INCORPORATED.
2.
IS PRO'.'IDED I!: CO.".FIDEUCE A.'D UPON THE C0!!DITION THAT NEITHER IT -
DISCIDSED OR USED IM WHOLE Ott I:( PART EXCEPT FOR THE PURPOSES l
3PECI?IED II WPIII30 BY E3ASCO GERVICE3 I!!CORPORATED.
EEASCO SERVICES IUCodPORATED E B A SCO S P EC I F l C ATI ON CX-67 ILECTRICAL CABLES PA M O E (SEE SCOPE IN PART TWO) l SERVICE I
600 V I::STPUME: CATION CABLE 7.CS"O PAIR TE3tOCOUPLE EXTENSION WIRE l
CAROLINA PCMER & LIGHT COMPANY
- , g,.,,., g 3
, ; A: l3 H B ROBINSON
- ., ;; -[
1970 - 700,000 KW EXTENSION UNIT 2
HA3*SVILLE SOU"'M CAROLIMA i
CONTI!C:".'AL WIRE.
sgt,t;g3 i
l l
1
.vio..a sy, pno A : eton:
'a t.r.t r.n evt r :s
~~5 ml 8/25/67 J Jra. ham K J 3rochell
- visions Fi 11/13/67 J Jraham KJ3/SC All r
2 3/21/68 J Graham K J 3rockwell All
{i R3 6/27/68 J Graham K J Brockwell 4
l R4 1/23 /69 J Graham K J Brockwell All i
R$
2/18/69 J Crahaa x J Brockwell 4,5 l
R6 5/26/69 J Craham K J Brockwell 1
i ESASC8 SERVICES isC0tPetATED 2844D EQDP 10.0 Rev. 1 Page 59 of 92
1 o
4 Purchcssr's Idsntificaticn ERASCO SPECIFICATION CX-67 Spec No. CPL-R2-E13-CW-iC ELECTRICAL CABLES Issue Date: November 13. 1907 Ret 6 May 26, 1969 PART ONE l
(See Scope in Part Two)
-Neme of feller:
C.antinent:1 Wire Corverstion Ouotation No.:
Copper Ineot Base Price:
38 cents /lb Address of Seller:
l
! Signcture of Seller:
Phone No.:
Date of Bid:
1/k/66 Crsup F 30 - Twisted Pair Thermocouple Extension Wire - Outside Containment PPSM i
Solid round conductor material, as specified below, For underground ducts, conduits or trays.
p31vvinv1 chloride insulation. 75'c maximum conductor temperature, wet or dry, pairs twistad, waterproof plastic fillers, cabled round, binder and bedding tape as required bare uncinned copper drain wire, same size as insulated conductor, miniatum
.7 mil copper tape backed with mylar woven glass braid and colored polyvinyl
- .orida jacket overall. The e.etal of the conductors shall contorm witn applicable 1
standards af ISA, ASA and Bureau of Standards including calibration and limits of error far standard extension wire. Color. coding shall be in accordance with ASA-C96.1, American Standard f or Temperature Measurement Thermocouples.
Thickness Outside Reels 1
Quan Conductors No. of Insul Jacket Diameter Reel Length Unit Price Feet No.
Site Strands Mils Mils Inches. No.
Feet
$ /M f t Item Price 2
1 25 30 (1 p r) 16 1.
20.000 Copper-Constantan Thermocouple Lead Wire, Blue Color Code:- Copper Constanta.n Red Over-all Jacket -
Blue 13 2,000 2
- 16 1
25 30
$155.00
$310.00' Rt (1pr)
Iron-Constantan Thermocouple lead Wire Color Code - Iron White Red Constantan overall Jacket Black Tabu!stion Sheet JL, __, o f 5
EQDP 10.0 2844D Rev. 1 Page 60 of 92
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Purchtsor's Idantificatica ERASCO SPECIFICATION CX-67 Spec No. CPL-R2-E13-CW-R2 EIZCTRICAL CABLIS Issue Date: Nov 13. 1967 4
PART ONE MeV 4 :. fan 23, 1069 (See Scope in Part Two)
I i
Name of Seller:
Continental Wire Corocration Ouocation No.:
JAddress of Seller:
Copper Ineet Base Price:
38 cents /lb i
Siensture of Seller.
Phone No.:
Date of Bid: 1/k/66 PPSM i
" rcup E 30 - 600 Volt Instrumentation Cable C
Far instrumentation circuits outside the containment in underground ducts etuduit or trays. Concentric stranded copper conductor, ein or lead alloy coated, p21yvinyl chloride insulation, 75C maximum conductor temperature wet or dry paired er pair quaded as required, waterproof plastic fillers, cabled round, a binder and bsdding tape as required, bare untinnedcopper drain wire, same' size as
, insulated conductors, minimum.7 mil copper tape backed with mylar, woven glass braid and black polyvinyl chloride jacket over-all.
Thickness Outside Reels
...T tta Quan Conductors No. of Insul Jacket Diameter Real Length Unit' Price h Feet No.
Sise Strands Mils Mils Inches No.
Teet
$ /M f t Item Price 120,0001 pr #16 7
30 45
$ 76 30 R4'
,-3 87.000 1
- 16 7
30 45
$120.60 R4 quad A
26,000 6 pr #18 7
30 60
$300 50 R4 Pairs and quads to be color coded in accordance with I?CEA S-61 kO2 ?able h3 and in addition the 6 pair vill have numbered tapes over each ps.ir.
Cables shall have variable lay pairs and capacitance balance in accordance with I? CIA S-56-434, Sections 6 and 15.
Tabulation Sheet 2
o.
5 2844D EQDP 10.0 Rev. 1 Page 61 of 92
.. _. ~ _.
I s
Purchastr's Idsntification E2ASCO SPECIFICATION CX-67 ELECTRIC CABIIS No. CFL-R2-F13-C'd-32 PART ONE Issue Date: Nov 13,1%7 (See Scope in Part ?.ro)
Rt. : Jan 23, 1969
~
' Continental Wire Corcoration Quotation No.:
- ta=e of Seller: _
Cc;per Inget Base Price: 38 cents /lb Addr2ss of' Seller:
Phone No.:
Date of Bid: 1/h/68 Sigr.ature of Seller:
SSSM Group E 31 - 600 volt Instrur.entation Cable Concentric Tcr instrur.entation circuits inside the containment in conduit or trays.
stranded copper conductor, tin or lead alloy coated, silicon rubber insulation, paired er pair quaded as required, glass or asbestos fillers, cabled round, glass or asbestos birder and bedding tape as required, bare untinned copper drain wire, No.16 Avg, =ird. mum
.7 mil copper tape backed with ::ylar, voven glass braid and silicon rubber js.cket over-all.
Pairs and quads to be color coded in accordance with I?CEA S-61402 Table h3 Onbits shall have vs.riable lay pairs and capacitance balance in accordance with
!."- :i S-56 k34, Sections 6 and 15 Thickness outside Reels
.J Quan Conductors No. of Insul Jacket Diameter Reel Length Unit Price E
Feet No.
Size Strands Mils Mils Inches No.
Feet S/M ft D em Price
'5 50,000 1 pr #16 7
30 45 4238,00 a
6 77,000 1 Quad 816 7
30 45 43TT05 R
a e
Tabulation Sheet 3 of 2 EQDP 10.0 2844D Page 62 of 92 Rev. 1
'r
.3 Purchaser's Identification 1
EBASCO SPECIFICATION CX-68 CPL-R2-E13-CW RL No.
ELECTRIC CABLES Issue Date: August 25, 1967 j
Rev 4: Janua ry - 23, 1969 PART ONE Rev 5: February 18, 1969 l
(Sec Scope in PART TWO) 1 i
Quotation No.:
i of Sc11er:
Cooper Ineet Base Price:
isture of Seller:
_ Phone No._:
_ Date of Bid:
ess of Seller:
T uo C16 - 600 Volt Control Cable - TE3 d trays 3unch i
a-c and d-c control, relay and instrument circuits in conduit an8 to 10 mils fused cap Tefio andad, round silver placed copper conductors,IPCEA Specification, Part 5 Table 43.
3 tinstadwithFEPinsulac4on,colorcodedperClass braid, ASA 61 light gray color woven b2 ccbled round with 2 -1/4 in. pitch.
bility, finished with flamepcoof
$vst'2 and applied over a softener to insure flexi for an over-all jacket.
- qust Reels Thickness outside
_ Reel Length Unic Price o.
Feet No.
Sire Strands Mils Mils Inches No.
Feet _
S /M f t _ Item Price em Quan Conductors No. of Insul Covering Diameter l
2,000
'7. 20.000 2/C 416 65 9
Braid 2,000
$ 20,000 3/C e16 65 9
Braid 2,000 10.000 5/C #16 65 9
Braid j
2,000 i
to 10,000 7/C #16 65 9
Braid i
h i
?
L I
i
}
l i of 5 Tabulation Sheet i
l; I
t EQDP 10.0 l
Page 63 of 92 2844D
Purchessr's Identificatien EEASCO. SPECITICATION CX-68 ELECTRIC CABLES No.
CPL-R2-E13-CW R5 PART ONE Issue Date: August 25, 1967 (See Scope In PART TWO)
Rev 4: January 23, 1969 Rev 5: February 18, 1969 Quotation No. :
ame of Seller:
Copoer Ineot Base Price:
ddress of $cticr: __
Phone No_._:
Date of Bid:
Lenstere of Seller:
E3' - Single and multiple Fair 600 volt Instrumentation or Computer Transducer TEBS' stranded, copper conductor, No. 34
- r u?
For conduit or tray installation.
Bunch Insulation to be fused tape r:les.
06 g silver plated copper wire of nominal diameter 0.048 in. thick forming a nominal diameter of 0.06 refirn TTI laminated with TEP.009 in.
cabled round, ester coded per IPCEA S-61-402 pairs twisted, a bindar and bedding tape as required bare uncinned copper drain wire same size asA glass braid, insulated conductors, minimum.7 mil copper tape backed with mylar.
light gray color, woven 2 over 2 to be applied over a sof tener to insure flexibility and There must not be any visible fraying of finish:d with lacquer for an over-all jacket.
th3 5 css braid when the cable is cut and stripped.
1 Thickness Outside Reels Item Quan Conductors No. o'f Insul Covering Diameter Reel Length Unit Price 3
Feet No.
Size Strands Mils _
Mils Inches _ No.
Feet __
$/M ft Item Prie 2
20.000 2
- 16 65 9
Braid 2,000 (1 pr)
- 1 12.200 a
916 65 9
Braid 2,000 (2 pr)
(.
Tabulation Sheet 5 of 5 EQDP 10.0 2844D Page 64 of 92 Rev. 1
u V.
J=
Attachm2nt 4 S*,ction 8 Page 1 of 26 Section 8.4 2
k e
i N
N EQDP 10.0 2844D Page 65 of 92 Rev. 1 9
\\
N ScASCO SICVl!ES 8%C31PO% ATE 3 FACTORY INSPECTORS REPORT Westinghouse Electric Corporation
........ NT-43L156
,' Carolina Power & Light Company Continental Wire Corcoration 9.B. Robinson S.E.P.
Unit #2
- w. u. serv...
,_,.. ~ cm, a em.
rent.
use Lim..
9-2 68 2-26 6.
....... Ju1,.6.
l l
Tork, P'ennsylvania May 16,1968 Reference (T61893 Today, I visited the vendor's York, Pennsylvania plant to check the status and expedite completion of the subject oMer.
Mr contacts are: Mr. R. Stine, Chief Inspector Mr. G. Nace, Sales Service I was advised as follows:
Item #
Footeare h
Location Schedule 1
20,000 2/C16 Copper Await Conduct Constantan 2
100,000 2/C #16 AWG Await Conductor 3
72,000 1 Quad. #16 AWG Await Conductor Remains by late July,68.
4 16,000 6 PR. #18 AWG Await Conductor 5
40,000 1 PR. #16 AWG Await Conductor 6
62,000 1 Quad. #16 AWG Await Conductor Material Status I,
Item Nos.1 and 2 - Copper backed mylar tape on order from Facile promised by first week of June,1968.
Conductor ordered frem Phelps Dodge and promised by early June,1968.
Item Nos. 3, 4, 5 and 6 - Conductor odered frem.Spargo for May delivery also from Owl Wire and premised by June, 1968.
Close follow will be maintained to effect earliest completion and developments reported accordir. gly.
A. C. Mathews Inspector ACH:me 2844D EQDP 10.0 Rev. 1 Page 66 of 92
T SP r
i
, NT-434146.
' W B IAS f
g;.
B G Hooten (6) i C V Burleson R J Keenan J M Taden (2)'
+ - '
P S Colby W B Kincaid Proj. Engr. c/o G P Beatty M. A McDuffie (5)
Const. Mgr. c/o H S Floyd i
D M Pulito W Wallace III/K Brockwell/J A Graham A Waldeier/D E Brown E L Betz B J Bonacci C R Coughlin/R M Hoffman/A C Mathews l
2844D EQDP 10.0 Rev. 1 Page 67 of 92
I cCASC) SECVICES INC37.P2RATts
.Oh FACTORY INSPECTORS REPORT oaosa no. NY L%i46 V2stinghouse Eleetric Corporation
(-
Carolina Power and Light Company c et4 nan +=1 V4r* carev m t.n. Wh4-.em g i r. _ nn 4 4-Ao wamuractuaan Control _ =nd Tent e antath cable Weeks 7-29-68
.. a _
lite
,asvious naowiss Iste July.1968
. 8 s;.68 ; 8-12-6 0-2 68 amas eare Tork, Pennsylvania July u, 1968 REFERENCE EY61893 Today, I visited the vendor 8s York, Pennsylvania plant to check the status and expedite the subject order.
My contacts are: Mr. R. Stine, Chief Inspector Mr. G. Nace, Sales Service I was advised as follows:
loestion Sebedule._
Item E Footage' g
1 20,000 2/C $16 Copper Ready for mylar shield tape Vk 8-5-68 constantan 2
100,000 2/C516 AVG 50 M' tvisted ready for 50 M' Yk tape. 50 M' at 7-29-68 tvisting.
50 M' Wk 8-12-68 3
72,000 1 Quad #16 AVG Ready for insulation 35M' Vk
)
8-5-68. Bal.
Vk 8-12-68 4
16,000 6 Prs. $18 AVG At mylar shield tape Vk 7-29-68 1
5 40,000 1 Pr. f16 AVG Singles betng glass 20M8 Vk 8-5-6 braided 20M' Vk 8-12 I 6
62,000 1 Quad $16 AVG Sihgles being glass 30M' *a's 8-5-6 braided 32M' Vk 8-12-(
The extended completion schedules noted above vere strongly protested.
I was told reason for extension is the late arrival of caponents frca the supplier.
The above schedules are based on the. capany and the union reneving their contract.
which expires midnight Monday, July 15, 1968.
EQDP 10.0 2844D Page 68 of 92 caw 1
y NT 434146
. t and labor personnel regarding the i any information.
(NEWYORK I made enquiries and questioned both managemen i
contract possibility of a strike but was unable to obta nWe contacted Mr. G
)
i
. OFFICE NOTE:has been renewed for a period of three years.
t completion and develo;ments Close follow villbe maintained to effect earlies vill be reported accordingly.
A. C. Mathews Inspector I
l ACM/HD CC:
V B Lee B G Hooten (6)
C V Burleson R J Keenan JMYadon(2)
P 5 Colby V 3 Kincaid.w -, P Pro [. Engr e/o G P Beatty 1
M A McDuffie (5)
)
Const. Mgr. c/o E S Floyd D M Pulito V Vallace, III/K Brockve11/J A Graham A Valdeier/D E Brown E.L Betz B J Bonacci CRConsk14n/RM,Hoffman/ACMathews i
EQDP 10.0 Page 69 of 92 90Aan
)
'1 ES ASCO SERveCES INCORPORATES 1
FACTORY INSPECTORS REPORT NY-k341L6 l
W:stinghouse Electric Corporation Carolina Power and light Company Continental Wire and Cable Corn.
v.B. Robinson S.E.P. -. Unit #2
...u,.cru Control and Instrumentation Cable Part Shipped Part Inspected
.a and Aceeeted
===...... Part Ins ne et ed I,o$..,.
9 2-.68 t
.. v.u
...-. s Ba1. By 10-14-68 l
York, Pennsylvania October 3,1%8 j
Reference No. 61893 i
The following additional cable on the subject order was made available frca final inspection and tests at the vendor's York, Pennsylvania plant.
My contacts are: Mr. R. Stine, Chief Inspector Mr. O. Nace, Sales Service Item #3. 75.105 ft. (See lenrths belowI 4/C (2 pairs) #16 WG 7 strand coated copper conductor,.030" color coded P.V.C.
insulation, plastic filler, pairs cabled, mylar binder tape,1/C #16 NG 7 strand uncoated copper drain wire, copper backed mylar tape, metal side in contact with drain wire,.045" P.V.C. jacket.
2620 2615 2500 2200 2620 2640 2480 2630 2755 2515 2735 2520 2590 2650 2140 2715 2650 2535 2600 2510 2730 2500 2620 925 2610 2600 2745 2725 2730 1690 Item #5.15.895 ft. (See lensths below) rubber hsulation, 2/C #16 NG 7 strand coated copper conductor,.030" siliconecolor tape,1/C #16 WG 7 strand uncoated copper drs.h wire, copper backed mylar tape, metal side in contact with drain wire, glass braid,.045" silicone rubber Jacket.
2615 2600 690 2ir/0 2515 250
,2590 1765 Item #6. 16.206 ft. (See lenrths belowl A/C #16 NG 7 strand coated copper conductor,.030" silicone insulation, color coded glass braid over insulation, asbestos filler, cabled, bedding binder tape, EQDP 10.0 2844D Page 70 of 92
"~'
1
.- !.T-L34146 1/C #16 AWG 7 strand uncoated copper drain wire, copper backed mylar tape, metal side in contact with drain wire, glass braid,.045" silicon rubber jacket.
1720 1945.
2388 2788 270 1879 800 2575 1525 A10 2780 2755 375 685 875 2280 2560 1900 2582 2104 1010 The status of the balance of the subject order was reviewed and I was advised as follows:
Item #
Footane
- Igge, Ioeation Schedule 2
Balance 2/C 16 GG At rejack Completion extended 5
Balance 1 Pr. #16 At rejacket p to week October 7 12,000 AWG to October 14,1%8.
6 Balance-A/C #16 NG At rejackg 26,000 The extended schedule noted above is due to manufacturing problems encountered on the final jacket.
Jacket must be removed and cable rejacketed.
The offered cable was inspected in accordance with the woniing of subject order requirements, IPCFA, ASTM, Ebasco specification No. C167-CPL-R2-E14-CWR2 dated August 25,1%7 revised March 21,1%8 and vendor's specification for'this type cable also, ISA, ASA and U.S. Bureau.
Cable was accepted and released to be prepared for shipment by Monday, October 7, 1%8.
The offered cable was subjected to electrical and physical check tests with satisfactory results observed as follows:
Item #,
1 1
,6, Voltare Aeolied 5 Min. K.V. A.C.
1.5 1.0 1.0
. Insulation Resistance.
Mers Per M' at 15.6*C Min. Pemitted 6LO 1190 1190 Obser. Min.
1000 1700 1350 2844D EQDP 10.0 Rev. 1 Page 71 of 92
- =
.;. NY-434146
].
Item #
1 i
i
~
Conoe:
Resistance.
Ohms Per M' at 25'C Spec. Max.
4.53 4.53 4.53 Obser. Max.
4 34 4.20 4.23 Insulation W11 h.
Spec. Avg.
030"
.030"
.030" l
Obser. Min. Avg.
.0305"
.031"
.033" i
Min. Wall Pe231tted 027"
.027"
.027" Min. Wall Observed
.030"
.030"
.031" l
Jacket Wall Spec. Avg.
045"
.045" 045" l
Obser. Min. Avg.
.070"
.050"
.067" '
l Min. Wall Permitted,
.036" 036"
.036" -
Min. Wall Observed
.055"
.046"
.06A" l
l Conductor Make-Un-i Spee. Nominal 7 x.0192" 7 x.0192" 7 x.0192" Observed 7 x.0193" 7 x.0193" 7 x.0192" l
Overall Diameter, Observed
.440"
.420"
. 510" Continuity of shield tape checked out satisfactory.
Physical properties of insulation and jacket were checked with the following results observed:
Item #
1 1
1 Insulation Tensile Strength. Psi Spec. Min.
2000 10 0 800 obser. Min.
2265 Er70 915 Elonration i Spec. Min.
150 250 250 Obser. Min.
245 270 250
)
Jncket Tensile Strength. Psi Spec. Min.
2000 800 800 Obser. Min.
2222 864 812 2844D EQDP 10.0 Rev. 1 Page 72 of 92
- Nf-434146 Item #
3, j,
j, ELonration 5 Spee. Min.
150 250 250 Obser. Min.
265 255 395 The following are tho' results of aging tests on representative samples of P.V.C.
insulation and jacket taken from the completed cable on the subject orders Items-Insulation Jacket Unamed Samoles l
Tensile Strensth. Psi Pemitted Minimum 2000 2000 l
Observed Fi"4==
2265 2222 Elonration %
l Permitted Minimum 150 150 Observed Minimum 245 265 168 Mrs. Air oven at 120*C Tensile Strenrth Percent of Original, Minimum Pemitted 80 80 Percent of Original, Observed 83 83 Percent of Original, F=v4== Pemitted 120 120 92 98 Elonration Percent of Original, Minimum Pemitted 75 50 Percent of Original, Observed 76 74 L Frs. Oil Immersion at 70*C Tensile Strenrth Percent of original, Minimum Pemitted 85 80 Percent of Original, observed 91 88 Elencation Percent of Original, Minimum Per itted 85 60 Percent of Or4 a4nei, Observed 87 67
'_ Heat Distortion 1 Mr. at 121*C, 2000 gr.
Permitted N>v4== 5 25 25 Observed Maximum 5 19 17 i
2844D EQDP 10.0
.Rev. 1 Page 73 of 92
j i
^< NT-434146 I
1 Insulation Jacket Items _
Heat Shoek.1 Hr. at 121*C There should be no cracks Passed Passed Cold Bend.1 Hr. at -W'C Passed Passed There should be no cracks 1
Vertical Flame Test Must pass 5-15 second applications' i
without burning more than 25% of flag.
Passed Passed j
The following are the results of aging tests on representative samples of silicon insulation and jacket taken from completed cable on subject oztier Item #
& Oren Test at 200*C for 168 Hours
\\
Insulation Tensile Strenrthi Psi J
Spec. Min.
500
)
Obser. Min.
798 Elonration i Spec. Min.-
125 Obser. Min.
175 1
Jacket i
Tensile Strength. Psi Spec. Min.
500 Obser. Min.
612
. Elonration I l
Spec. Min.
125 Obser. Min.
175 A. C. Mathews Inspector ACH:me i
2844D EQDP 10.0 Rev. 1 Page 74 of 92
e=-
-i l
t NT-43L1A6 6-
?
CC f
W B Ime B G Hooten (6)
C V Burleson l
R J Keenan J M Yadon (2)
P S Colby ef.w "..,...
W B Kincaid Proj. Engr.c/oGPBeatt7 M A McDuffie (5)
Const. Mgr. c/o H S Ficyd.
J J A Klapper
.s D M Pulito' W Wanace IU/K Brockwen/J A Graham
- A Waldeier/D H Brown E L Bets B J Bonacci C R Coughlin/R M Hoff=an/L E pson A C Nathews i
?
9 EQDP 10.0 I
Pace 75 of 92
....n
Q.-,...,
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"^"r t
e EcASC3 Sr.KvtCE$ 12C32pSCATEs l
FACTORY INSPECTORS REPORT NY-4%146
~ '
o.os.
o.
Westinghouse Electric Corporacion
\\,__,,_
. Cnrelina Power and Light Company t ane< n.n en t tit re ani! <shi. rnen_
, 3,3. ItaMneen 117.
tw e M
. u,.e rv.s. _
tw eent anA Tnnen -.neme<nn cmM.
Parc Shipped Parc Shipped Site.
Part Insoected s.....s Part Insoected 9-1-68
.. view...
..a sisco eats Ba1. Lace
..._.....y...
Ba1. By 10-14-68 Nov. '68 York, Pennsylvania October 25, 1968 l
l e
Reference No. 61893 Ihe following additional cable on the subject order was made available for l
final inspection and tests at the vendor's York, Pennsylvania plant.
l My contacts are: Mr. R. Stine, Chief Inspector Mr. G. Nace, Sales Service Item #2, 7835 Ft. (2510 - 1630)
(2655 - 10LO) 2/C #16 MG 7 strand coated copper conductor,.030" color coded WC insulation,-
plastic f"ler, cabled round, mylar tape,1/C #18 WG 7 strand uncoated copper i
drain wire, copper backed glar tape, metal side in contact with drain wire glass braid,.0L5" Mc jacket.
Item #5,12095 Ft. (2025 - 25LO - 1820)
( 800 - 1325 -
)
( 975 - 2590 1
2/C #16 EG 7 strand coated copper conductor,.030" silicone rubber insulation,.
color coded glass braid over insulation, asbestos f*11er, cabled, mylar binder tape,1/C #16 MG 7 strand uncoated copper drain wire, copper backed glar tape, metal side in contact with drain wire, glass braid,.045" silicone rubber jacket.
Item d6. 2116L Ft.
(See kneths Below)
I L/C #16 WG 7 strand coated copper conductor,. 030" silicone rubber insulation,
)
color coded glass braid over insulation, asbestos filler, cabled, bedding binder tape,1/C #16 MG 7 strand uncoated copper drain wire, copper backed mylar i
)
tape, metal side in contact with drain wire,.0k5" silicone rubber jacket.-
300 - 810 - 1315 - 655 - 25L0 128u - L80 - 685 - loto 1330 - 1100 - 1L10 - 3 80 940 - 1175 - L60 - 285 1110 - 1585 - 380 - 2704 EQDP 10.0 2844D Page 76 of 92 Rev. 1
~-
,,--a
,~
w
. ~ -
'., NT-43tl46 N original quantity ordered on above item #6 was for 62,000 ft.
Up to' and including the cable inspected toay, a total of 59,370 ft. was accepted and released leaving a balance of 3,000 ft. due to complete snis item.
Our Engineer advised that the 3,000 ft. will have to be made up to complete this item. The vendor has been instmeted to make up the balance. It will take approximately four weeks to make up this balance.
The offered cable was inspected in accordance with the wording o't the subject order requirements, IPCEA, ASTM, Ebasco Specification #CI 67-CPL R2-Elk-WR2 dated August 25,1%7 revised March 21,1%8 and vendor's specification for this type cable also ISA, ASA and U.S. Bureau of Standards.
i Cable was accepted and released to be prepared for shipnent by October 30, 1968.
The offered cable was subjected to electrical and physical check tests with satisfactory results observed as follows:
Ita.f 1
i i
Voltare Aeolied 5 Min. K.V.A.C.
1.5 1.0 1.0 I
Insulation Resistance.
Mers Per M' at 15.6*C Min Permitted 640 1190 1190 s
Obser. Min.
1500 2600 1282 Cooper Resistance.
Ohms Per M' at 25'C Spec. Max.
4.62 4.62 4.62 Obser. Max.
L.19 A.14 4.08 Insulation Wall Spec. Avg.
.030"
.030"
.030" Obser. Min. Avg.
.031"
.031"
.033" Min. Wall Pemitted
.027"
.027"
.027" Min. Wall Observed
.030"
.030"
.032" Jacket W11 Spec. Avg.
.045"
.045"
.045" Obser. Min. Avg.
.060"
.060"
.070" Min. Wall Per=itted
.036"
.036"
.036" Min. Wall Observed.
.0A6"
.053"
.061" i
\\
\\
l l
2844D EQDP 10.0 Rev. 1 Page 77 of 92
..- NY-L3L1L6 Item #
2 1
6 Overall Diameter, Observed 360"
.420"
.520"
(
Continuity of shield tape checked out satisfactorny.
Item #
1 1
i Drainare Specified 7 x.0152" 7 x.0192" 7 x.0192" Observed 7 x.0152" 7 x.0192" 7 x.0193a Physical properties of insulation and jacket were checked with the following l
results observed:
Item #
1 1
6 Insulation Tensile Strength. Psi Spec. Min.
2000 W
800 Obser. Min.
211D 926 950 Klonration %
Spec. Min.
150 250 250-Obser. Min.
295 270 265 Jacket Tensile Strenrth. Psi
_Spee. Min.
2000 800 800 Obser. Min.
2052 893 842 l
Elonration T Spec. Min.
150 250 250 Obser. Min.
270 310 3k5 A. C. Mathews Inspector ACM:me
)
2844D EQDP 10.0 Rev. 1 Page 78 of 92
. _ ~ _._
4
-A-NY-434146 CC W B I4e B G Hooten (6)
C Y Burleson R J Keenan J M Iadon (2)--
P S Colbye." -
W B Kincaid Proj. Engr. c/o G P Beatty
~
M A McDuffie (5)
Const. Mgr. c/o H S Floyd J A Klapper D M Pulito W Wallace III/K Brockwell/J A Graham
~
AWaldeier/DHBrown E L Bets 1
B J Bonacci C R Coughlin/R M Hoffman/L E E.21 son i
A C Mathews l
1 1
l 1
i l
l l
2844D EQDP 10.0 Rev. 1 Page 79 of 92
h
.c e
WESTINGHOUSE ELECTRIC' CORPORATION CAROLDIA POWER & LIGHT COMPANY H.B. ROBINSON STEAM ELECTRIC FLANT i
1970 - 700,000 KW EXTENSION - UNIT #2 r
DISTRIBUTION W B Lee 3 G Hooten (6) 4 C V Burleson
. ; r. 9,'
~
.. s
..'. r,
R J Keenan J M Yadon (2)
C' l
t P S Colby W B Kincaid M.
E Ho11ewell (2)
H Banks e/o I Hollowell i
G V Haskell (5)
M A McDuffie j
T H Blodgett J A Klapper D M Pulito A Waldeier/D E 3rown E L Betz j
3 J Bonacci C R Coughlin/R M Hoffnan/L E Ellison l
j 2844D EQDP 10.0 Rev. 1 Page 80 of 92
.~
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. yp -. -
eu.s
,3= se...co..o areo r
FACTORY REPRESENTATION
/g Supp. #1 i
~
Westinghouse Electric Corporation o mina... NY-434146 /
[
Carolina Power & Light Company L
j H.B. Robinson S.E.P.-Unit #2 w.=ve.crvata Continental Vire Cornorneien l
,e av I
Instrumentation and cenern1 c ht.
us eams Part Shpd. Ba1.
Part Shpd.
aiotif.oo.v.
3-31-69 MiP.'3.T,.
4-18-69 throueh IIo-isso p.,e n.1....A s-21 60 Bal. Week 3-3-ey enrough Week 5-19-69 m e r. no.
T-61893-1-1 Locavio=
York. Penn v1 vent.
snoe me.
nave Anett u_ logo l
psmoo==st co=v aerso _
Mr. R. Stine. '*hief Ynenecene l
Mr. D. Schaefer, Sales Service j
the writer has visited the York, Pennsylvania plant of Continental Wire Corporation to witness test and examine additional' cable being furnished for this order.
i Itsa #6 - 10,100' (2610 - 2515 - 2350 - 2625) 4/C #16 AWG 7 strands coated copper conductor,.030" silicone rubber insulation, color coded glass braid, j
asbestos filler, cabled, glass binder bedding tape,1/0 #16 AWG 7 strand uncoated copper drain wire, copper backed mylar tape, metal side in contact with drain vire, glass braid,.045" silicone rubber jacket.
~
Item #7 - 5880' (2 x 2000 - 1880) 2/C #16 AWG 65 strands silver placed copper conductor, 8-10 mils color coded fused teflon tape insulation, cabled 2-1/4" pitch, glass braid, ASA-61 light gray, applied 2 over 2 over sof tener to insure flexibility furnished with flama proof lacquer overall.
Item #8 - 6080' 3/C #16 AWG same construction as above.
Item #9 - 3885' (900 - 2250 - 250 - 200 - 125 - 160) 5/C #16 AWG same construction as above.
Item #10 - 3915' (2000 - 275 - 1640) 7/C #16 AWG same construction as above.
Item #11 - 6040' (2 x 2000 - 2040) 2/C #16 AWG 65 strands riiver placed copper conductor,.009" fused color coded tef1'on tape insulation, cabled, binder bedding tape, 1/C #12 AWG, 7 strsad uncoated copper drain wire, copper backed mylar tape, metal side in contact with drain wire, glass braid coded light gray ASA 61 voven 2 over 2 lacquer finish overall.
Vendor advised our engineer accepted the #18 AWG drain in lieu of #16 AWG specified as being satisfactory for this cable's intended use.
Th's offered cable was examined and tested in accordance with the wording of subject order's requirements, IPCEA-ASTM and Ebasco Specification #CX-67-CPL-R2-E14-CW-R2, dated August 25, 1967, revised Jarnaary 23, 1969 and Pebruary 18, 1969.
2644D EQDP 10.0 i
Rev. 1 Pace 81 of M
i
- NY-434146
)
The offered cable was examined and tested in accordance with the wording of subject order's requirements, IPCEA-ASTM and Ebasco Specification CX-67-CPL-E2-E14-CW-R2, dated August 25, 1967, revised January 23 1969 and February 18, 1969.
This cable was accepted and released to be prepared for shipment by April 18, 1969.
l
~~
. The offered cable was subjected to electrical and physical check tests with satisfactory results observed as follows:
)
Item #
1 4
5 voltane Aeolied 5 Min. K.V.A.C.
1.5 1.5 1.0.
Insulation Resistance.
' Mens Per M' at 15.6"C i
Min. Permitted 640 640 1190.
1 Obser. Min.
4800 5000 1820 i
1 Cocoer Resistance.
Dbas Per M' at 25*C Spec. Max.
4.62 7.33 4.62 Obser. Max.
4.10 6.36 4.13 Insulation Wall Spec. Avg.
.030"
.030"
.030" i
Obser. Min. Avg.-
. 0 31
.031"
.030" i
Min. Wall Permitted
.027"
.027"
.027"-
Min. Wall Observed
.030"
.030"
.029" Jacket Vall Spec. Avg.
.045'
.060"
. 045" obser. Min. Avg.
.060"
.100"
.060" Min. Wall Permitted
.036"
.048"
.036" Min. Wall observed
.053"
.075"
.055" Conductor Make-Up Spec. Nominal 7 x.0192" 7 x.0152" 7 x.0192" observed 7 x.0198" 7 x.0153" 7 x.0193" Overall Diameter, Observed
.450"
.760" 430"
-(
-i 2844D EQDP 10.0 Rev.'1 Page 82 of.92
i 4
4 7 hT-434146 Item A 3
4 5
Drain Wire Specified 7 x.0192" 7 x.0121" 7 x~.0192"'
- Observed 7 x.0192" 7 x.0123" 7 x.0192"
~ ~~
Physical properties of insulation and jacket were checked with the following results observed:
Item #
3 4
5
(
Insulation Tensile Strenzth. Psi Spac. Min.
2000 2000.
800 Obser. Min.
2857 2693 998
- Eloneation 7.
Spec. Min.
150 150 250-Obser. Min.
287 250 262 Jacket 1
Tensile Strenath. Psi Spec. Min.
2000 2000 800 Obser. Min.
2104 2325 1029 Elonnation 7 Spec. Min.
150 150 250 Obser. Min.
250 300 275 I also checked the s tatus and expedited the balance 'of the cable on this order.
I was advised as follows:
Item A Footare Tvoe Present I,ocation Comolecion Schedult 6
15000 4/C 16 At Braid 4-30-69 7
.20000 2/C 16 At Braid -
4-18-69
- 25%
8 20000 3/C 16 At Braid.
4 30-69
- 25%
9 10000 5/C 16 At Braid -
4-23-69
- 25%
10 10000 7/C 16 At Braid 4-28-69
- 25%
11 20000 2/C 16 At Braid 4-21-69
- 25%
12 10000 4/C 16 At Braid i 4-30-69
- 25%
2844D EQDP 10.0 Rev. 1 Page 83 of 92 i
g l
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i L
- NY-434146 The balance on items #7, 8, 9,10,11 and 12, have been and remain scheduled to be completed at 257. per week until completed.
A.C. Mathews Tactory Representative
'ACM/JD t
CC:
'I W Vailace III/K Brockwell/J A Graham A C Mathews I
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2844D EQDP 10.0 Rev. 1 Page 84 of 92
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FACTORY REPRESENTATION f
supp. #1 Westinghouse Electric Corporation omaan me. NY-414146 Carolina Power & I.ight Company CentinentalWire(Carceration
.'eas,.cf u E. Rebinnen S.E P.-W4e 42 wauurActumen i
ma rt e: AL.
Instr men em eten and centrol cable Part Released
'ar sive S mavious Part Shpd.
seguimsooave 3-31-69 swip pin S P ao utst IAI-k"9*69 throuth peoMisto Em1 li 1A Ao i
c_u to e w m... w s n Ac mer. No.
Y-61891-1-7 LoCArloM York. Penngvivania*
i suor wo.
care April 15. 1969 i
pensowmec comracteo Mr. R.
Seine. Chief Tnenecter l
i Today, the writer visited the York, Pennsylvania plant of Continental Wire l
Corporation to witness tests and examine additional cable being furnished for this order.
Item #3 - 15,540' (2600 - 2600 - 2620 - 2610 - 2660 - 2450) 4/C #16 AW 7 strands -
t coated copper conductor,.030" color coded pigmented PVC insulation, plastic filler, pairs tvisted and cabled, mylar tape,1/C #16 AW 7 strand uncoated copper drain wire, copper backed mylar tape, metal side in contact with drain wire,.045" PVC jacket.
1 Item #4 - 10,130' (5080 - 5050) 6 pairs #18 AW 7 strands coated copper conductor,
.030" color coded pigmented PVC insulation, pairs twisted, each pair identified by means of printed numbered tape over each insulated tvisted pair, pairs cabled with plastic-filler, (variable lay) 1/C #20 AW 7 strands uncoated copper drain vire copper backed mylar tape, metal side in contact with drain wire, glass braid,
.060" PVC jacket.
Vender advised our engineer accepted the #20 AW drain wire in lieu of #18 AW originally specified as being satisfactory for cable's intended use.
The reel with 5080' has two marker tapes numbered three and two on the top end.
The other end (on bottom end) is correct. Vendor was instructed to attach a tag explaining this on the inside of the reel.
Our engineer accepted cable as being satisfactory for cable's intended use.
Item #5 - 10,412' (2655 - 2512 - 2645 - 2600) 2/C #16 AW 7 strands coated copper conductor,.030" silicone rubber insulation, color coded glass braid over insulation, asbestos filler, cabled, mylar binder tape,1/C #16 AW 7 strands uncoated copper drain'vire, copper backed mylar tape metal side in contact with drain wire,.045" silicone rubber jacket.
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2844D EQDP 10.0 Rev. 1 Page 85 of 92
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! NY-434146 i
Our engineer accepted the lengths as noted above on all items.
The cable was accepted and released to be prepared for immediate shipment.
(NEW YORK OFTICE NOTE - This cable was shipped April 30, 1969 and May 1,1969 via Akers Motor Lines and these shipments are being expedited enroute to the jobsite by our New York Traf fic Department.)
The offered cable was subjected to electrical and physical check tests with satisfactory results observed as follows:
I tem #
6 7
8 9
10 11 x
Voltane Aeolied 5 Min. K.V.A.C.
1.0.
1.0 1.0 1.0 1.0 1.0-Insulation Resistance, Mens Per M' at 15.6" Min. Permitted 1190 Obser. Min.
1300 20680 60000 21600 6500 80000 Conner Resistance Ohms Per M' at 25 C Spec. Max.
4.62 4.62 4.62 4.62 4.62 4.62 Obser. Max.
4.25 4.25 4.18 4.32 4.54 4.21 Insulation Wall Spec. Avg.
.030"
.010"
.010"
.010"
.010"
.010" Cbser. Min. Avg.,
.030"
.012"
.012'
.012"
.013"
.012" Min. Wall Permitted.027"
.008"
.008"
.008"
.008"
.008"
)
Min. Wall Observed
.029"
.011"
.011"
.010"
.011"
.011" Jacket Wall l
Spec. Avg.
.045" Obser. Min. Avg.
.060" Min. Wall Femitted.036"
)
Min. Wall observed
.055" Conductor Make-Un Spec. Nominal 7x.0192" 65x 0063" 65x.0063" 65x.0063" 65x.0063" 65x.0063" obser.
7x.0193" 65x.0064" 65x.0063" 65x.0063" 65x.0063" 65x.0063" Ov'erall Diameter, observed
.520"
.173"
.175"
.223"
.251"
.172" 2844D EQDP 10.0 Rev. 1 Page 86 of 92
I i NY-434146 Item #
6 7
8 9
1 1
Drain Wire Spec.
7x.0192" Obser.
7x.0192" 7x.0192" 7x.0156"-
Our engineer accepted the smaller size drain wire as being satisfactory for this cable's intended use.
Physical properties of insulation and jacket were checked with the following results observed:
i Item #
6 Insulation i
Tensile Strength. Psi Spec. Min.
800 obser. Min.
946 Elonention ?.
~
Spec. Min.
250 Obser. Min.
262
~
Jacket Tensile Strength. Psi Spec. Min.
800 1077 Obser. Min.
Elonration %
Spec. Min.
250 1
Obser. Min.
i 300 I also checked the status and expedited the balance of the cable on this order.
l I was advised as follows:
J,1gt, Footare h
Present Location Schedule j
6, 5,000 (Ba1.)
4/c 16 At Jacket Week i
5-5-69
-7 15,000 (Ba1.)
2/c 16 At Braid Week
(
5-19-69
)
2844D EQDP 10.0 Rev. 1 Page 87 of 92
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, NY-434146 h
Footaee Tvoe Present Location Schedule 8
15,000 (Ba1.)
3/C 16 At Braid Week. -
5-19-69 9
6,000 (Ba1.)
5/C 16 At Braid Week 5-19-69 10 6,000 (Ba1.)
7/C 16 At Braid Week 5-19-69 11 14,000 (Ba1.)
2/C 16 At Braid Week 5-19-69 12 10,000 (Ba1.)
4/C 16 At Braid 25% Week ~
5-5-69.
Ba1. Week 5-19-69 A.C. Mathews
' Factory Representative ACM/JD ADDED NOTE:
(5-2-69)
As a result of a review of the cable requirements for this project, our Engineering-Department contacted Mr. C. Yonker at the York, Pennsylvania plant an4 requested that 10,000 feet of item #7 be shielded thus making it item #11 and to supply an additional 5,000 feet of item #11 making a total of 35,000 feet on order.
Mr. Yonker advised that this change would be processed knmediately. He also ad-vised that the conductor. required for the additional 5,000 feet was expected to be received May 5,1969.
C.R. Coughlin Mgr., Factory Representation and Expediting CC:
W Wallace III/K Brockwell/J A Graham A C,Mathews 2844D EQDP 10.0 Rev. 1 Page 88 of 92
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teasco SERVICE: IN CO RpO R,T E D
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FACTORY REPRESENTATION Westinghouse Electric Corporation Supp.f1 MT*'3'I'0 '
Carolina Power di Light Co.
E.B. Robinson Steam Electric Plant-Unit #2
.a r e niat Inscrumentation and Control Cable Part Shipped Part Shipped-Part
- {gI!go oire 3-31-69
."*p7.$Up RomsE Part Ready E wseo Released-Part uni Twm uk _ s-19-89 5-29-69-anI_naimered per. No.
Y-61gg3-1-2 LocAricN York _ Pommevlvania swo* No.
cave May 23. 1969 Mr. R. Stime, Chief Inspector acasoNNet cowractro Mr.
R. thafer. customar Marwica N
i Item f 6, 4895 f t (2515'41,1035'42,1075'-43, 270'-#4) 4/Cf16AWG, 7 strands coated copper conductor, 030" silicone rubber insulation, color coded glass braid, asbestos filler cabled round, glass b inder bedding tape,1/C #16 AWG, 7 strand j
uncoated copper drain wire, copper backed sylar tape, metal side in contact' with' drain wire, glass braid,.045" silicone rubber jacket overall.
Item (7, 4200 ft Reel #1, 2/C #16 AWG, 65 strands silver plated copper conductor, 8-10 mils color coded ' fused teflom tape issuistion, cabled round, 21/4" pitch, glass braid ASA-61 light gray applied 2 over 2 over softener to insure flexibility furnished with flame proof lacquer overall.
Item (9, 6150 ft Real #1, 5/C #16 AWG same construction as above.
~
Item #10, 6040 ft Real #1, 7/C #16 AWG same construction as above.
Item #12, 33 75 ft (1160'41,1070'42,705'-f 3,440'-f4) 4/C (2 pairs ) #16 AWG, 65 strands silver plated copper conductor,.009" color coded teflos tape insulation, cabled round, binder bedding tape,1/C#18 AWG, 7 strands unccated copper drain wire,-
copper backed sylar tape, metal side in contact with drain wire, glass braid coded light gray ASA-61 vovea 2 over 2, lacquer finish overall.
The offered cable was examined and tested in accordance with the wording of subject order requirements, I?CEA, ASTM, and Ebasco specification #CI-67-CPL-R2-E14-CW-R2, dated August 25, 196's, revised January 23, 1969 and February 18, 1969 The offered cable was foaad acceptable and released for immediate shipment.
Our enginest accepted the short lengths on item (6 and #12, also the #18. AWG drain wire in lieu of $16 AWG as specified for item (12.
Checking the status of balance of the subject order I was advised as follows:
Item Footste g
Location Schedule
)
8 14,000 bal.
3/C-f16 AWG Rejected by Quality To be Advised control-remake
/
11 29,000 bal.
2/C-416 AWG At lacquer 5-29-69 12 7225 bal.
4/C416 AWG At braid, 5-29-69 2844D EQDP 10.0 1
Rev. 1 Page 89 of 92
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order No. NY-434146 I protested the delay in coupletion especially on item #4. Vendor says i
fabricattag difficulties on refles tape have been encountered and cable will have to be either remade or reworked, whichever is more feasible. Therefore, at the nomaat no date of cogletion can be given.
The offered cable was subjected to electrical and physical cheek tests with satisfactory results observed as follows:
stem o i
7.
1 Ig 11 voltsee Aeolied 3 Min. K.v Ae 1
1 1
1 1
l Insutstion Resistence Ness Per M' at 15.6'c Mis. Permitted
= '
Obser. Min.
1300 16,000 54,900 7200 4400 3
-Conser Resistance'C chas Per M' at 23 Spee. Max.
4.62 4.52 4.62 4.62 4.62' obser. Max 4.24 4.07 4.30 4.33 4.34 Insulation Us11 spee. Avs.
.030"
.010"
.010"
.010"
.009" obser. Min.Avs.
.030"
.012"
.012"
.012"
.011" His. wall Permitted
.027"
.008"
.004"
.008"
.008" Min. wall Observed
.029"
.011"
.011"
.011"
.010" Jac' set Wall Spec. Av8
.045" Obur. Min. Ave.
.050" Min. wall Parmittad
.036" i
Min. wall Observed
.048" Coude:: tor Make-up Spisc. Nominal
.0192"
.0063"
.0063"
.0063"
.0063" Observed
.0192"
.0064"
.0064"
.0063"
.0063" l
Overall Daimater, l
Max.0bserved
.510"
.175"
.220"
.250"
.260" C;sts wire Cend. Makeup spec. Nomu:a1
.0192"
- .0192" observed
.0192"
.0159"
- c=r engineer aesepted this # 18 AwG drain wire in lieu of #16 Awa specified.
4 2844D EQDP 10.0 Rev. O Pace 90 of 92
a Atttchm:nt 5 S ction 8 Page'l of 2 4
Section 8.5 9
a 4
2844D EQDP 10.0 Rev. 1 Page.91 of 92
,_z A
I'" %, A Y PELL f
Iecord of Conversation 1320-106-ROC 3 File:
Copy:
S R Pauly
[. Telephone
.. Meeting L Other T. S. Baht D. Michael Franklin From:
Continental Hire And Cable
~
~
Company:
Phone No.:
Date:
CC-2115 Silicone Rubber
Subject:
F Summary of Conversation:
I asked Mr. Baht to explain the difference between CC-2115 Silicone Rubber and CC-2116.
He stated the only difference was in the curing agent utilized. He further stated the
. physical properties of both compounds are similar.
28400-17
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2844D EQDP 10.0 Rev. 1 Page 92 of.92
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Test Reptri No. 48881-02 Report No. PEI-TR-831015-01 i
Page No. 3 REVISION A i -
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continental cable Description (Specimens 19 & 20)
A 1.2.2 removed from HERSEP after 17 The subject electrical cable was The cable is described as inside the containment.
years of use follows-silicone 2/C #16 AWG 7 strand coated copper conductor,.030" rubber insulation, color coded glass braid over insulation, asbestos filler, cabled, mylar binder tape, 1
1/C #16 AWG 7 uncoated copper drain wire, copper backed mylar tape, strand metal side in contact with drain wire, glass braid,
.045" silicone rubber jacket, overall dia. =.420 inches.
Two specimens, each at leas t 10' long, shall be prepared and labeled as specimens 19 and 20.
The center portion of each cable approximately 8.4 inch (20 x (2 to 3 turns) shall be wound onmandrels. 'The cables shall be secured to 8.4) diameter 420
=
the mandrels with non-conducting non-cutting strap material.
i 1.2.2.1 Applicability to Other Similar Cable i
Table I of IEEE 383-1974 r uates that a shleided pair 16 AWG cable' l-tests of similar shielded i
representative caole for type I
l is a signal cable.
Therefore, k
pairs, triple or quad multi-conductor test program is applicable to any similar Anaconda-Continen-this tal shielded pair, triple or quad multi-conductor signal cable.
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A [
1.2.3 other cable unknown Two control circuit cables, a Samuel Moore Dekoron and an These cable, were removed from HBRSEP after 17 years of use.
PVC an 8"
cables shall be labeled as 21 and 22 and shall be wound on to 10" diameter mandrel.
The cable shall be described in the cast report.
l L
1.3 Test Secuence Baseline Functional Tests o
o Thermal Aging o
Functional Tests Radiation Exposure (Normal and Accident Dose) o o
Functional Tests f
4 LOCA Simulation f;
o l
t Functional Tests o
1 j
ql patel engineers j
huntsville, clobomo
!;Jem I )....
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3.4.8 Submeraence As a ' result of Engineering Evaluation ENG 88-132 1.4) it was determined that Continental Type CC-2115 (Ref.
silicone rubber cable may be submerged during a LOCA at
?
various containment locations.
/
Although this cable was not specifically designed for submergence,- it is considered qualified for that condition based on the following:
3j 1.
Ref.1.1 contains test results of Accelerated Water Absorption testing.
This data shows capacitance increased by only 2% while submerged for 14 days in f
75 C water.
This indicates change in dielectric
);
k strength was minimal and thus electrical properties i
KR remained essentially unchanged.
Additionally the M
stability factor was 1.0 verifying silicone rubber experienced little physical degradation during i
testing.
Water absorption was also
- / 1 the Gravimetric Method which submerges the samplestested using
.(
for one week at 75 C water.
This test showed
/ f silicone rubbey is inherently water resistant since 1
only 3.5 mg I
testing was/in of water was absorbed.
Although the performed on CC-2116, the results are i
applicable to CC-2115 since the difference between the two compounds is the curing-agent, used in manufacturing.
Conversations with Continental (Ref.1.9) verified the physical properties between i,j the two compounds are the same.
y q
2.
Testing conducted by Wyle (Ref.
1.3) was performed on a number of cables manufactured by various g.
vendors.
The cable manufactured by Continental a mininr.m insulation resistance of 2.8x10out-performed all o 4[
500 VDC, 282 F.
The Continental specimens also ohms at exhibited a maximum leakage current of 2 microamps at 46 VDC during LOCA test.
Although this
,~
performance does not in itself qualify this cable O
for submergence it does indicate that silicone 4
rubber is highly moisture resistant due to its o
ability to withstand the steam z
still function exceptionally well. environment and
.4.9 Anomalies l
T Two anomalies occurred during qualification testing which affected the Continental cable samples.
The first p
anomaly occurred during thermal aging when the cable specimens were aged 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> 50 minutes longer than
.s.
specified.
This does not affect qualification since the longer thermal aging is more conservative than the aging a
specified.
g The second anomaly occurred during LOCA testing when
]
temperature and pressure were less than required on three g
separate occasions.
duration The test was extended by the same as the down-times thus the LOCA test was adequately performed and cable qualification was not affected.
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EQDP 10.O' 2-=
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CONTINENTAL WIRE 6, CABLE; COMPANY An AtHilate of Cablec CorporeUon Why Should'l Specify Silicone Rubber Insulated Wike & Cable?
-because Silicone Rubber offers these distinct advantages as an insulation High Temperature Operation
- Moisture Resistance
- Flexibility Corona Resistance
- Ozone and Sunlight Resistance
- Reliability Excellent Electrical Characteristics Tensuset,.agib Tenome et,ength
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no imaw naae.
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'8&aene a00-1800 eso' mo Go.e Good 30-95 nee. mum Wemum R.se.nes.
Cong. con Dongsson %
Tear Se,moe :As
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SeMm SoMee 190 ppm Omene
%, a MeeJetene.
et3 cop 1
Ter qp., F Tene F el neem Temp.
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n.e., dt Secon.,ubber compounde hav,
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Cnet e in ptsy. cal prope,ses.artuch m. a.y
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esposed a en seen name.
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of ascene is tiet I rmaine esoonent cherso.
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DIEU!CTRIC FATIQUE too The enseme reelseanos of encone reber
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x-homen pemes operemon et amoone nebar s
hedened were end catse elNgh and T
temperature levels wthona tehme, remisence soproaches that of mies with tw eased adverse 0s et seate. Feopas me r
under songnuous N le NWL Ptgh tom.
perenne arge i enom eems a ser j
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tier insdaden a sheen below ever tw wrn.
perehre venge 00T to 8007. R we to 420 +4a 460 480 000 $20 540 500 See 4G neced our gio venned eetscanc seength rommes seeeneasy eenesere veaughout ew temperesun range under hash test reos DEGAEES FAMAENHEIT (1000 nausecond) and eew rise (n000 g
vennenMuse).
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Conthente! Wire & Cable YORK PENNSYLVANA 17406
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ACID 8 t
Nkte sene.
t1e e to
-30 sousevene sumetuvues Nase 7%
C1
<1 2.
Eisets eene.
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<1
<1
-t Asses eene.
43
+3
-4 Asses 8%
+4 44
-t Corona and Hr****'* aa*-
+8
- i 8
Ozone Resistance Hyes.ertenc 10%
+t
+4
~4 w,e,s mne s%
<1
+1 ozone erv somne mennes esas no esenoimenos as ener esem poweene rnese.
SASE8 nom. Comne, sie lenessen of gas wheh Secum Hyeenien 30%
c1
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<1
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+2
-4 meened h Cenetised cogne es*
Ammentwa 64yqlreeles 10%
13 43
-4 I
sherge evenheer eeuses mostrieelinhee.
The test tiet scene elesherge m ear la ETI e generem scene. and pint mens Sedum Chiende 10%
<1 41
-I eank of eneshmere pseusse eurless Sedhsa Cartponene 2%
<1
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j1 etene esses is en eroy leeter heefvud.
80tNENTS Evisence mecame simonene een soma et Wie essense of tetyl Ainenet
+5
+8
+ 10 Asehne
+6
+15
-15 es# ten mesense, suon as mW Tehseens a75 e 1W 30 poos esene seeinenes he tryees reeaey mnen euessend a sogne. Secone rubber Gemeene, Mogular
+86
+130
-35
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le ouemenerie m se semperen a M Gassers. Avissen
- 40
+110
- 30 eeone orie serem m haners Spires
+e8
+ t10
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+110
- 25 Te essene en ensemanes er smoone ne.
bore weeto men
- yesenes, HYDRAUUC M.UID8 aanween er s30 Awe wee son me was of meutseen have toen megeseed a e Menneehead H 3 44
- 5 to 10.000 wee poteneet unge wrespes a het.
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